Episode 14

full
Published on:

22nd Mar 2025

Steven Zeller - #14 - Mar 22, 2025

Revolutionizing Neuroscience: An In-Depth Chat with Steven Zeller

Join host Michael Passmore, Clinical Associate Professor at the University of British Columbia, on the Neurostimulation Podcast as he delves into the world of brain-computer interfaces (BCIs) with entrepreneur Steven Zeller. Explore how Zeller's passion for biotech and neuroscience is driving innovations in BCIs, AI, and space exploration. Understand the ethical considerations, FDA regulations, and the future potential of these technologies. Zeller also shares his personal journey, discussing resilience, entrepreneurial challenges, and the mindset needed to achieve success.

00:00 Introduction to the Neurostimulation Podcast

01:30 Conversation with Stephen Zeller: An Entrepreneur's Journey

05:12 The Entrepreneurial Mindset and Overcoming Challenges

15:19 Technological Innovations and Future Prospects

23:57 Brain-Computer Interfaces: Current State and Future Potential

32:08 Exploring Deep Brain Stimulation

32:29 Innovative Approaches in Neuroscience

33:19 Breakthroughs in Communication for ALS Patients

40:53 Ethical Considerations in BCI and AI

43:18 The Future of Brain-Computer Interfaces

55:06 Resilience in Entrepreneurship

01:01:35 Closing Thoughts and Reflections

01:02:19 Podcast Outro and Next Steps

Transcript
Mike:

Welcome to the Neurostimulation Podcast.

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I'm Michael Passmore, Clinical

Associate Professor in the Department

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of Psychiatry at the University of

British Columbia in Vancouver, Canada.

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The Neurostimulation Podcast is

all about exploring the fascinating

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world of neuroscience and clinical

neurostimulation in particular.

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We look at the latest research

breakthroughs, we have discussions with

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interesting people, and we consider

how research breakthroughs are being

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translated into real world treatments

that can improve health and well being.

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This podcast is separate from my clinical

and academic roles and is part of my

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personal effort to bring neuroscience

education to the general public.

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I would like to emphasize that the

information shared in this podcast is

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intended for educational purposes only

and not medical advice or a substitute

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for professional medical guidance.

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Today's episode is presented

by ZipStim Neurostimulation.

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ZipStim is the neurostimulation

clinic that I operate.

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You can find out more about

our programs at zipstim.

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com.

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That's Z I P S T I M dot com.

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Today, I had a conversation

with Stephen Zeller.

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Stephen is an entrepreneur.

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He's very interested in biotech

and particularly the interface

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between biotech and neuroscience.

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We had a wide ranging discussion today

about brain computer interfaces in

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particular, and Stephen shared his

wealth of knowledge about The individual

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companies that are pushing the frontier

of innovation and technology with respect

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to neuroscience and biotech and brain

computer interfaces in particular.

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So stay tuned, it's a fascinating

conversation and I'm sure that you're

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really going to enjoy it as much as I did.

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So stay tuned, it's a fascinating

conversation and I'm sure you're

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going to enjoy it as much as I did.

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Welcome back to the neurostimulation

podcast, where we explore the cutting

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edge of neuroscience, clinical

neurostimulation, technology, human

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performance, health and wellness.

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Today, I'm joined by someone who truly

embodies the entrepreneurial mindset.

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Steven Zeller.

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Steven is a first generation

millionaire entrepreneur who has

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built multiple successful businesses

across real estate, health, fitness,

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e commerce, and business consulting.

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But beyond business, he has a deep

passion for advancing human civilization

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through technological innovation.

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In this episode, we'll explore his

journey from struggle to success, his

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insights on scaling businesses, and the

technologies that will define the future,

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in particular, brain computer interfaces.

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Steven, welcome to the

Neurostimulation Podcast.

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It's great to have you here.

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Steven: Mike, this should be a

stimulating conversation, no pun intended.

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I look forward to it.

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Thanks for having me on.

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Mike: That's awesome.

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I love it.

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Maybe if you could start by helping

us understand a bit about your

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background, your journey, and how

you've come to this point where you

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have this specific interest in the

technology that represents the brain

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computer interface in particular.

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Steven: Sure, absolutely.

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I was always interested in the

human body and anatomy, biology

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and the human brain specifically.

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So I was at a training point

at one point in my career.

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This was after my first

couple of startups.

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And I had seen some early success.

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I was at a kind of a crossroads of

do I go through 14 plus years of

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school to become a neurosurgeon,

which I know is, it fascinates me.

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I really would enjoy that path.

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However, I chose to maintain the.

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Journey I was on, which is

entrepreneurship because it gives me a

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little bit more flexibility and takes

the inhibiting factor of limiting what

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I can do and the impact that I can make.

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So that was what went

into my thought process.

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And ironically.

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Mike, now I'm in a amazing position

where I get to have best of both worlds.

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I get to marry the two and really

use and leverage my entrepreneurial

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endeavors and experience to actually

make a difference with focusing on

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my passion, which is technology.

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Mike: Yeah, that's really cool.

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That must be at the point where

you're describing where you

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get the best of both worlds.

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That must be so rewarding just

to have had those, the different

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paths that were open to you at

different points in the past, but.

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Choosing the path that you took

and then recognizing now that, in

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fact, that worked out for the best

and that you have this flexibility.

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Now that sounds like a

fantastic position to be in.

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Steven: Absolutely.

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And I'm going to be completely

honest with you, Mike.

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It was there were many times,

especially through the failures, the

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hard times, which is an inevitable

part of the entrepreneurial journey.

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Yeah.

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You start to wonder, right?

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Did I make the right decision?

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I away from the pride and true

secure path that guarantees

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a certain level of success.

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And I chose the riskier option.

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Did I make the right choice?

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So I wrestled with that many times

throughout my career, especially when you

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have The rollercoaster ride of failure

and success, that's the thing that I

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always like to say, and you can agree with

this or Give me an opposing viewpoint.

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However, I always say that success is

not a linear course Success is something

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where you get your butt kicked from time

to time you have to experience losses.

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And I think loss is part of the journey

that is Not only inevitable, but

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necessary to it builds so much character.

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It builds something that I did not as when

I had early success, which was humility.

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You think you know it all.

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I wish if you hit some early on success.

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So I think going through the journey that

I have really Puts me in a position not

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only from a financial perspective, but

from a character mindset perspective of,

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okay, now I have X amount of experience.

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I can leverage that to

actually make a difference.

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Mike: Yeah, I know that

makes a lot of sense.

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And I think it's so important,

for people who are watching and

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listening, who perhaps are earlier on

in the journey and have ideas about

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a startup, or, they're inclined to

think about starting a business or

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trying to figure out how to integrate

perhaps a career in healthcare with.

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Some entrepreneurship.

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I know, certainly I've struggled

with that, but there, the idea

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of just persevering is very

important and heartening to hear.

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It reminds me of this quote.

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I'm not sure who.

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And I think I read it in Ben Horowitz's

book, The Hard Thing About Hard Things.

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And maybe it's an Elon quote.

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Who knows?

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By now, it's an urban myth, probably.

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But this idea about, as a founder or

as someone who's really pushing In an

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entrepreneurial way that has a lot of

uncertainty is that I think the quote

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was something like, you know You find

yourself chewing on glass and staring

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at the abyss, and it's what do I do now?

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Steven: Yes, that is such a good quote.

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I have heard it but i'm in the

same boat as you I can't attribute

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it to a specific individual.

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However, it's a good one

and it's not Incorrect,

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Mike: right?

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So i'm interested to know what would you

think would have been your real first?

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Win as an entrepreneur.

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Steven: I got some early

success on in real estate.

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I, it wasn't my first business, but

early on in my career, I did scale

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a relatively successful, obviously

success is relative in and of itself.

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But I was able to scale in a very

short period of time within about

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18 months of launch a ancillary

services connection company, which.

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Actually helped integrated into the

process to simplify a homeowner's

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transition process essentially.

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So all of those tasks that kind of pile

on when you're purchasing, selling a home,

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you're moving, you really don't think

about that until it's go time, right?

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So you have 30 days in which

to get everything in place.

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That's okay.

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What do I need to do?

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Go down the checklist.

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I've got to hire movers, I need to connect

the gas, water, sewer, trash, electric,

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the what's the TV situation like?

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This was back when TV was actually

a thing, prior to streaming

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everything, which was ironic.

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Cable packages internet

service, home security.

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So we had a service that integrated

into that process, simplified

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everything, gave you all of your

options as a home buyer or, and you

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can do everything on one consolidated

phone call, one consolidated process.

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It was free to the user.

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And I utilize backend monetization to

essentially bypass the sales process.

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And that was probably one of my earliest.

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what I would consider successes.

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And then just took that.

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I ran that for about three years

and then took that success and

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moved on to other industries.

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Mike: Yeah, that's really great.

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That's really interesting.

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It's interesting.

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I know like concepts for someone like

me who has minimal training in business.

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Although, these days I find finding the,

AI is super useful as a business partner,

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it's saving me tons of money in terms of

avoiding Not having to hire an MBA, right?

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It's like an MBA in your pocket.

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It's pretty amazing.

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Steven: I'm trying to

remember who said it.

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It might have been another Elon

quote, but I love hearing the

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person that says I have eight MBAs.

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And.

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I don't have any of them.

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I never went to school,

but I've hired eight MBAs.

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So I love that quote.

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It's oh, okay.

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As long as you have a concept is

the, if you are the entrepreneur

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that has the gumption to actually

get started to actually make a

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winning idea and Take it from concept

to reality and actually persevere

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through all the inevitable hardships.

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The MBAs will come to you.

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To your point, AI is an incredible

tool that we did not have

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access to just a few years ago.

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That really is turning

the industry on its head.

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If you think about it from

Hey, I've got a concept.

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You can, if understand how to leverage

the prompts chat, GPT, you can use Lama.

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There's so many different platforms

now that are all competing.

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Deep seat.

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Don't want to throw that one

out there too prematurely.

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There's all of these platforms and tools

that can readily spit out a business plan

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for you, give you actionable content,

actionable steps that can actually build

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out your entire business model for you.

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That's just something that

didn't exist prior to.

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And if you wanted to learn anything

for the first time in human history,

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we have access to a plethora of

information at a few keystrokes.

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Mike: Yeah, it's really incredible.

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And I like that term that you use

gumption because again, for people

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who are interested, who aren't sure,

but have a passion, have a vision,

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having that, as you say, gumption

is a good word to just dive in and

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just, follow the, this kind of idea.

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I love this idea of the intuition.

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There's something that's driving you

towards, I think this is what has

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brought humans to the point where

we're at, where we, those of us.

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I think we all do to a certain extent

have this kind of glimmer that we see

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we get an idea or we see something

and it sparked something inside of us.

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And I think for people to be recognizing

that and to not be afraid to follow

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that as a really important thing.

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Steven: Absolutely.

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I think everyone has ideas.

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And obviously don't know that for a fact,

cause I haven't, don't have the ability

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to peer into every single human's brain.

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Some people, they may be idealist

but all jokes aside, I believe that.

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Every single human has the capabilities.

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They have the ideas, but for some

reason or another, they do not have

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the drive to see it through a lot.

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It could come to them in a dream.

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That would be a really good idea.

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And then all of a sudden, three

years down the road, they never acted

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on it because they had self doubt.

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They thought it would be too hard.

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They didn't want to give up their

security of their nine to five job for

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whatever reason they didn't act on it.

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And then later they see their

idea come to fruition and make

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millions for someone else.

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I think that everyone has.

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The Idea machine, the idea factory,

which we're going to get into here

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shortly is the human brain, the

ability to actually put fear aside, put

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analysis, paralysis aside of how right.

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And actually hold the trigger

is something that I feel the

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vast majority of humanity lacks.

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I personally, this is just my perspective.

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I don't see that changing anytime.

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There is a reason I do

follow the 80, 20 rule.

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Pretty, pretty soundly.

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It has it works.

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It's very applicable in almost

everything except for physics.

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Do believe that will continue now.

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I also believe that humanity

will dramatically eradicate

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poverty will eradicate most

diseases like humanity will.

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As a whole continue to elevate.

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So I don't think there's going to

be as much disparity in the future.

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That said the 80, 20

principle will always apply.

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Meaning the ideas that are actually

going to come through to fruition

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are going to be the ones who

actually execute those ideas.

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Mike: Yeah, for sure.

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No, I love that optimistic outlook

and it makes sense 100 percent what

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you're saying around the 80 20.

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It's unfortunate, I think, partly

because of how humans are wired to be

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more risk averse from an evolutionary

perspective, and I think that probably,

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as you say, it's hard to escape that

tendency to want to just stick with

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what's, what's safe and predictable.

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But Yeah, for sure.

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I think it is also, I think,

a good thing to encourage

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people to follow their dreams.

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And it sounds kind of cliche, but at

the end of the day, I think what, I work

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with a lot of seniors and you hear your

stories in the news and research studies

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that talk a bit about what do people

in their later years regret the most?

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And I think one of the main things,

one thing is not having had it.

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Yeah.

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Kept up with social connections.

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But the other thing I think is

not having followed one's early

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dream as soon or as hard as one

maybe would have otherwise, right?

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Steven: Yeah, Mike, I think that would

be one of the saddest things for me.

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Had I not chosen the path that I did.

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And there are many regrets that I've

done many mistakes that I've made, but

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I'm actually glad that those transpired.

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But I think You are correct in saying

that I believe for myself that if I

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got to the end of my days so let's

say theoretically we don't within my

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lifetime achieve some sort of biological

immortality or longevity extension

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significantly, which I do believe from a

genetic perspective is actually feasible.

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Let's say that doesn't transpire.

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And I'm on my deathbed.

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I think my biggest regret

would have not been.

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Taking the action and chasing my

dreams regardless of the outcome.

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Mike: Yeah, absolutely.

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No, I think most people would agree

that it's a kind of a voice that is

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in the back of a lot of people's mind.

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And sometimes they do

their best to ignore it.

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And sometimes they pay attention

to it, as you say, whether

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it's in dreams or, otherwise.

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But it's interesting because I love

the way the direction Is going in for

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the conversation in terms of these

contemporary issues, biotechnology,

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brain computer interfaces.

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I'm curious, what in particular are

you most interested in these days

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in terms of technology that seeks

to advance human civilization?

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What particular areas of that

innovation are you most excited about?

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Steven: Yeah.

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So as a tech investor and enthusiast, a

futurist so to speak, self proclaimed,

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of course I always look at what

sectors have the highest potential

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or probability for dramatically

improving humanity or accelerating the

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advancement into the cosmos, what or

the future, some of the biggest step.

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Sectors that I think have that potential

are really what I'm focusing on now.

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There's so many amazing

projects out there.

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It's really hard to hone in on

what's going to make the most

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significant change in the world.

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Brain computer interfaces

happen to be one of those.

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The implications, the applications,

the possibilities are off.

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Now, so are the risks, right?

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There's a lot, which I think will

lend well to this conversation,

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really focusing, drilling down on

who are the players in the space

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to watch where are we at right now?

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What's what's going on

from an international?

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Perspective where can we take this

one of the medical applications

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versus commercial applications right

wearables versus Insertables or don't

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want to say injectables quite yet.

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It's a sense of nanobots crawling

through your bloodstream but brain

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computer interface the bci industry is

One of those things that I think because

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it's in your face, it is so invasive.

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I believe there's going to be a slow

period of progression of advancement.

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The only inhibiting factor is the FDA

and other regulatory agencies that

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are there to obviously protect us.

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They are closely analyzing that risk

Long term human studies are necessary.

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So because of that there are other

fields that I think will explode

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Very quickly.

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Ai is obviously one of those if

you look at the progression of ai

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itself incredible There is nothing

to inhibit the continuation of that.

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They're trying to from a

regulation perspective, but

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it's just not Going to happen.

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Whereas just to give you an idea, and

then we can reel it back, but from a

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broader approach or perspective, some

of these sectors that I think will make

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the biggest impact our brain computer

interfaces, a I machine learning as

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well, but primarily a I integration

into the workforce, meaning a I agents

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And From a physical standpoint, A.

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I integration into robotics, which

we're already seeing happening.

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And we're seeing it in assembly

lines and manufacturing BMW and A.

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W.

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S.

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A lot of big companies are

starting pilot programs, testing

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this out from a very early stage.

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But I think that is something

that's going to make a dramatic

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difference for humanity as well.

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Space exploration and systems,

propulsion systems, things like that.

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And then energy is another Big

sector i'm watching as well

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Mike: Yeah, that really makes sense.

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Obviously, there's a lot of interconnected

dependence there, especially the energy

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side, with the requirements that are going

to be there to be able to power the A.

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I.

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And the tech initiatives.

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But it's super interesting because in

terms of if we're thinking about, what

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are the technologies that could improve?

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human functioning, human

health and wellness.

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It's amazing.

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I recently saw a video with this

robotic exoskeleton that was helping an

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individual who was paraplegic to walk.

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So I guess it's whether it's that

from an external perspective or the

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neural link approach with more of

an internal stimulation perspective.

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It's so fascinating what's on the horizon.

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Steven: Absolutely.

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I think some of the biggest things

obviously talking about the tech is one

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thing talking about the results from

that tech is really what's exciting.

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So I don't want to blaze

over that too quickly.

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I honestly believe that

this is not science fiction.

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I believe that we will

completely eradicate cancer.

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Most forms of cancer.

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Obviously, there's

genetic and epigenetics.

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There are, for example, we can genetically

make if you are born with a 50 percent

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chance of acquiring colon cancer

or lung cancer breast cancer we can

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actually take that predisposition away

from a genetic perspective right now.

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We have the capability that is

incredible the technology that we

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have now, obviously, if we take

that away and you start smoking two

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packs a day that's gonna be on you.

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But so it's not like we're going

to completely be able to eradicate

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cancer ongoing because you're,

there's going to be pollutants.

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There's going to be other

factors throughout your life that

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can actually give you cancer.

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However, the ability to cure it from

a genetic and epigenetics perspective

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is absolutely going to be a big deal.

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Barrier that we cross very soon.

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We will be able to expand our

footprint outside of our environmental

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confinement earth very soon.

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That's something that's going to happen.

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I think a lot faster

than most people realize.

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I think in the 2030s we will have Boots,

we will have a boots on the moon and

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they will stay there station there.

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We will have be exploring asteroids

and potentially mining them.

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We will be have a

presence on Mars, though.

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That will be very limited.

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I don't think you're going to

see a city on Mars in the next

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decade, obviously, but it's good.

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It's very exciting to see us

expand for the first time.

380

:

Our footprint.

381

:

Into the cosmos.

382

:

Obviously, the propulsion systems and

space tech that we referred to earlier

383

:

have to come a long way forward to give us

interplanetary capabilities as opposed to

384

:

just sticking with our own solar system.

385

:

I don't want to go off on too

big a tangent there, but I think

386

:

some of those things are going

to be the biggest applications.

387

:

The biggest changes that we see from a B.

388

:

C.

389

:

I.

390

:

Perspective.

391

:

You're correct.

392

:

I think We're already curing.

393

:

I shouldn't say cure.

394

:

We're bypassing biological limitations,

meaning if you lose the ability to walk,

395

:

you're a paraplegic quadriplegic, we

will be able to tap directly into your

396

:

motor cortex and send those signals

and bypass that disability directly.

397

:

By tapping into your brain.

398

:

That is an incredible thing.

399

:

One of the biggest problems that I see is

we're still at a very rudimentary stage of

400

:

understanding how the human brain works.

401

:

I believe there's a potential that

the brain is quantum in nature.

402

:

We're but obviously Believing it and

having a theory about it actually

403

:

putting it to the test and proving it

that hypothesis Is what we're trying to

404

:

accomplish now, so We're still in the

early stages of understanding how the

405

:

brain works And we're tapping into it.

406

:

So that is one of the biggest, drawbacks

and dilemmas for me when i'm looking

407

:

at this from a longevity standpoint is

it's amazing to hone into all We know

408

:

how to bypass this disability by sending

signals from this area of the brain.

409

:

However, we don't exactly

understand how that signal is where

410

:

it's actually originating from.

411

:

We know where it's sending out

from and how to tap into that, send

412

:

those signals, stimulate the brain.

413

:

But we're still at a loss for

an overall comprehension of

414

:

how the brain actually works.

415

:

Mike: Yeah, no, for sure.

416

:

What's exciting as well, though, is that

it's just the pace of the innovation,

417

:

really, if you think about because

part of what if even if you talk about

418

:

the space exploration piece that you

were referring to there, and then you

419

:

think about how for decades under NASA,

there really wasn't much happening.

420

:

And I know, in a more of a Bureaucratic

public health care system like here.

421

:

It's challenging to have innovation

push the frontier of what clinical

422

:

practice can offer to people.

423

:

But with I think the

real benefit of biotech.

424

:

Obviously with some oversight and

necessary safety regulations and the

425

:

necessary research to ensure that

innovations are safe and likely to

426

:

be effective, but it really allows

people to benefit from the technology

427

:

advancing as quickly as it can do.

428

:

And that seems likely to happen a

lot more quickly than it might if

429

:

it's left to governments and more

what would you say, bureaucracy

430

:

that gets more easily bogged down?

431

:

Steven: Oh, yes.

432

:

Privatizing it, I think, is

one of the biggest reasons for

433

:

the rapid pace of advancement.

434

:

Mike: Definitely, yeah.

435

:

So if we talk about brain computer

interface, so BCI, as you say

436

:

it really is astonishing to me.

437

:

Just when it was about a year or

so ago, when they released the

438

:

video of the first gentleman that

had the implant there Arnold.

439

:

Yeah, exactly.

440

:

And gosh, I was just captivated by that.

441

:

So obviously it looks as though it

could completely change the way that

442

:

spinal cord injury rehabilitation works.

443

:

And in fact, further, like how I suppose

we in general interact with technology.

444

:

Do you feel that?

445

:

This kind of innovation is

more of a distant dream, or

446

:

are we close to mass adoption?

447

:

Obviously, somewhere in between that,

448

:

Steven: The tech is

advancing extremely quickly.

449

:

The only inhibiting factors

again, especially when you're

450

:

talking about invasive procedures

is going through FDA clearance.

451

:

You have to go through a

significant Process, right?

452

:

For good reason.

453

:

So there's a couple of

things to think about here.

454

:

So one.

455

:

Aspect of this is the approach, right?

456

:

So are we talking about medical

applications versus commercialization?

457

:

So adoption is going to first

be for medical purposes, right?

458

:

So that's, there's a reason that

they're going for medical first.

459

:

And there are companies that

are going for more gaming,

460

:

more commercial things as well.

461

:

But those are more wearable

devices as opposed to implants.

462

:

Once I think it's going to be a

progression if you wanted to talk about

463

:

time frame of when this is going to

actually be rapidly integrated into and

464

:

adopted because that's the other thing

there's going to be a significant amount

465

:

of people that are like whoa Hold on just

because it's safe or the government says

466

:

it's safe and all of these human trials

Like it's amazing for medical purposes,

467

:

but I don't want that thing in my head

yet And I say the word yet because I think

468

:

the adoption will happen Very quickly,

but there's going to be a threshold.

469

:

It's going to go very slow at first

and then you're going to start seeing

470

:

some celebrities start to pile on

and they're going to get theirs

471

:

then a little massive following.

472

:

If this person did it i'm going to do

it, too And then it's going, there's

473

:

going to be an inevitable shift

that's going to happen so quickly

474

:

because what happens is it's going

to be the same from a psychological

475

:

perspective as the iPhone, right?

476

:

And you remember how that took off.

477

:

You don't want to be the only

person in your company that doesn't

478

:

have the cutting edge technology.

479

:

When you start seeing your leaders

get it and you start seeing other

480

:

your colleagues get it, and then you

are left out, even if you're hesitant

481

:

and there's going to be a significant

amount of people that are hesitant, that

482

:

early adopters will obviously be first

in line, ready to go screw the risks.

483

:

And then there's going to be a trickle

down that trickle down is going to be

484

:

a little slow, but once I say about.

485

:

10 percent 15 percent of the population

as them, it will explode to 80

486

:

within, I believe, one to two years.

487

:

So that, that's what I foresee

the potential application.

488

:

I'm sorry, adoption process looking

like from on a global scale now.

489

:

One thing that I think is

going to happen first is you're

490

:

going we're really working.

491

:

So The difference

between wearables, right?

492

:

Versus implants is efficacy, right?

493

:

So and what they're capable

of what are the applications?

494

:

so wearables are limited significantly.

495

:

They can.

496

:

They will be good.

497

:

Potential applications

could be gaming, right?

498

:

It could be more mental health, right?

499

:

So it could be there to

pick up on brain activity.

500

:

It can pick up what you're feeling.

501

:

It could even potentially send signals

to give you a calming frequency, right?

502

:

So I see that Happening

relatively quickly.

503

:

I also think companies like Meta

are going to come out with their own

504

:

versions of wearable computer interfaces

as well to give you some sort of

505

:

accessibility into limited features.

506

:

So I think that will be a gateway

drug for the overall community.

507

:

The harder one that is.

508

:

Again, the efficacy rates and the

applications are significantly bigger are

509

:

the implants you're going directly in.

510

:

To give you an idea, some of the

big players to watch in this space,

511

:

I'll give you my top five there.

512

:

There are a lot of companies

out there, so I am sorry for

513

:

the ones I'm not listing here.

514

:

Please do not hold me to it.

515

:

Just do better.

516

:

Neuralink obviously require,

they deserve to be on this list.

517

:

I don't think they're at this

time, the front runner, they're the

518

:

ones that get the most attention.

519

:

They weren't the first company.

520

:

They're actually one of

they were founded in:

521

:

BlackRock has a neurotech company.

522

:

A lot of people don't hear about that

was founded back in:

523

:

have, I believe, 21 FDA approved.

524

:

Projects happening right now, right?

525

:

So human trials, a lot of things,

and they work in collaboration

526

:

with other entities as well.

527

:

So they're doing a lot through

black rock and they have

528

:

unlimited funding behind them.

529

:

And political power as well So black

rock is one that I definitely want

530

:

to put on people's radar because a

lot of people I mean Nobody talks

531

:

about what they're doing, but

they're doing a lot in this space.

532

:

Synchron is one that you might

actually have you heard of synchron?

533

:

Mike: No,

534

:

Steven: you might actually like this.

535

:

So The reason I like them is their

method, so it's a minimal invasive

536

:

surgical procedure, and the reason

that they beat Neuralink to human

537

:

trials was they developed a technology

that's already in existence, so they

538

:

actually their procedure involves stint.

539

:

technology.

540

:

So you know how a stent surgery works.

541

:

You go into the heart mesh hugs, the

inner lining of the vessel holds it open.

542

:

Now imagine that procedure, but going up

through the jugular vein into the brain.

543

:

And instead of a mesh, imagine

it being an electrode mesh,

544

:

Mike: right?

545

:

Steven: So minimally invasive, already FDA

approved the process anyway, so now their

546

:

human trials is leapfrogging everyone

else that is a lot more invasive, like

547

:

cutting chunks of skull out, putting

wires into the brain, they're doing

548

:

something that's already been done.

549

:

Yeah.

550

:

done for years, and they're just

upgrading it with an electrode mesh

551

:

that can send and receive signals.

552

:

So that's the reason I like them is

their actual minimal invasive procedure.

553

:

That's I think highly effective, gives you

access to bigger, broader regions of the

554

:

brain, as opposed to a single tap into the

motor cortex, for example, with Neuralink.

555

:

It also Eliminates what I consider to

be a lot of the negative potential long

556

:

term side effects, which is the brain

seeing a foreign object, even if it's

557

:

thinner 10 times 100 times thinner than

a human hair, it is still a foreign

558

:

object and the brain's biological

systems is going to create scar tissue

559

:

around that it's going to push it out.

560

:

It is not.

561

:

It's going to move it.

562

:

So I yeah.

563

:

I think there are a lot of hurdles to

the invasive procedures that require

564

:

cutting chunks of skull out and putting

implanting a chip directly into the

565

:

outer lining of the brain, whereas

From the non invasive jugular approach.

566

:

I think that has a little bit

higher efficacy and potential.

567

:

Mike: Yeah, no, that makes,

that's really interesting.

568

:

I think it makes a lot of sense that

hybrid approaches, we'll probably have

569

:

a lot of, we'll gain a lot of traction.

570

:

Yeah, it's whether it's a combination

of minimally invasive and, as well as

571

:

wearable or combinations of, Stimulation

technologies plus medication or a

572

:

variety of different approaches as

far as mental health is concerned.

573

:

That's certainly very interesting.

574

:

But, the invasive piece is

really interesting as well.

575

:

Because, as you say, obviously there

are limitations, but on the other

576

:

hand, there's a lot of already a

lot of history in terms of Yes.

577

:

All of the many years now,

decades, probably, I would say

578

:

of deep brain stimulation for

things like Parkinson's disease.

579

:

Yes.

580

:

And the neurosurgical expertise that's

been, building for those years and can

581

:

be incorporated into these companies.

582

:

So that was, so those were the three.

583

:

So you mentioned Neuralink, the

BlackRock company, and then the third

584

:

company, then what were the other two?

585

:

Steven: Precision neuroscience

they're doing they're another approach

586

:

to minimal, minimally invasive.

587

:

I'm trying to remember their exact.

588

:

So they're focusing on non damaging

upgradable interfaces, right?

589

:

So they have a cranial

micro slit technique, right?

590

:

So as opposed to taking a chunk out, it's

very minimally invasive, but their focus

591

:

is something that is easily upgradable.

592

:

Through software and it's

easily interchangeable.

593

:

You can remove it.

594

:

You can upgrade it with

hardware or software.

595

:

So I like their approach.

596

:

They're a little bit further behind in the

race from a trial perspective, but I, in

597

:

the early days, I liked their technique.

598

:

I liked their systems.

599

:

I think they're going to be

a major player in this race.

600

:

The other one is bring gate.

601

:

They did a they got a lot of press.

602

:

Because they did a 2024 collab with

brown, I believe, brown university

603

:

and it went viral a man with als

was able to speak again through

604

:

Simply through thought right?

605

:

So they tapped into his Broca's area,

I believe is the term that's directly

606

:

related to speech And he was able his

thoughts could see them loud and clear on

607

:

the screen translated it to text speech

to text By thought waves only incredible.

608

:

The man actually started breaking

down in tears because he was unable

609

:

to speak so that they got a lot of

press for that collab with Brown.

610

:

I'm doing incredible things.

611

:

They're focusing on multiple

different approaches.

612

:

But I think their biggest

contribution is going to be in

613

:

medical applications as well.

614

:

Mike: Yeah, that's really fascinating.

615

:

For viewers and listeners, we'll put, I

can put some brief links to these various

616

:

organizations in the show notes as well.

617

:

And just an aside, of course, this is not,

none of what we're talking about here is

618

:

investment advice, just as I usually say

that it's not medical advice either, but

619

:

this is just for educational purposes.

620

:

It's certainly very interesting.

621

:

Yeah, again, in terms of this idea of

a hybrid approach and, to me, in terms

622

:

of just taking a step back for a second

and thinking about all of these various

623

:

projects, it really speaks again to the

incredible nature of human ingenuity in

624

:

terms of picking up on these ideas and

then and then having that spark a new

625

:

idea and then going in that direction

in an entrepreneurial sense, it just

626

:

really does support this idea of having

an overall optimistic outlook in terms

627

:

of the human potential and how things are

going in this direction in the future.

628

:

Steven: Absolutely.

629

:

I believe that you can.

630

:

There's two ways this can go, right?

631

:

We can eradicate ourselves as a species.

632

:

Or we can work together and propel

our species into a prosperous future.

633

:

I choose on a daily basis, regardless

of what's going on, what the media

634

:

is propagating, what saying?

635

:

Sex sells but war sells

harder something like that.

636

:

It's a basically saying that media

loves to chime in and really show

637

:

you focus on the negative not really

focus If you turn on the news,

638

:

it's crazy to me that you see wars.

639

:

You see this.

640

:

That you see hunger.

641

:

You don't really see what we're you

and I are talking about right now.

642

:

What is the what are the good

things that are happening right now?

643

:

What are the innovative projects

that humans are working together

644

:

on international collaboration as

well as national, international?

645

:

It's incredible what we humans as a

species are capable of I believe that

646

:

we will Not succumb to our evil intent.

647

:

And I believe that we as a species

will advance together into a amazing,

648

:

incredible future where we really squash

the beefs that are just irrelevant

649

:

in my perspective from religious

Perspectives from regional perspectives.

650

:

Economics.

651

:

I think that we will really come together.

652

:

This will obviously take

a lot of collaboration.

653

:

It will take a lot of time because

we as a human species again that

654

:

what we referred to earlier, the

fight or flight response, right?

655

:

That human amygdala.

656

:

It really is our own worst enemy.

657

:

But it also from an evolutionary

perspective is the reason that we survive.

658

:

And that is that the survival of the

fittest mentality is something that

659

:

we have to bypass or overcome in order

to achieve that prosperous future.

660

:

Mike: Yeah, for sure.

661

:

Absolutely.

662

:

And I think the other thing that

occurred to me, as you're speaking

663

:

and discussing those companies that

have these innovations, and you

664

:

mentioned at one point just recently

there about this idea of, some sort

665

:

of quantum effect in the brain.

666

:

And it made me think of how

consciousness itself is so mysterious.

667

:

And there are all these Contemporary

theories of consciousness and it

668

:

strikes me that something like BCI,

by its very nature, it's going to be

669

:

manipulating consciousness, hopefully,

in a positive way, as you're describing.

670

:

But I guess I'm wondering, in terms

of things like the noninvasive, the

671

:

wearables, as you say, whether it's some

sort of interface with the eyes, or as

672

:

you say, with some sort of either reading

brainwaves or somehow noninvasively

673

:

influencing neuronal activity.

674

:

In terms of manipulating consciousness and

maybe through a quantum kind of mechanism,

675

:

it's just so interesting to think about

the potential that way for, for people

676

:

to have something that's noninvasive

that maybe can serve as a substitute for,

677

:

say, medication for treatment of mental

health problems or optimizing their for

678

:

cognitive function and attention if they

have a, a variety of attention deficit

679

:

difficulties, something along those lines.

680

:

It seems so promising in terms of being

able to help people who, who may be

681

:

searching for other strategies in terms

of optimizing their health and wellness.

682

:

Steven: Absolutely.

683

:

Some of those, again, there's a lot

of players in that space as well,

684

:

but a couple, just to throw out some

names, because I love name dropping,

685

:

some of the people that are really

standouts in any sector, right?

686

:

Kernel is doing extremely

well in the wearable space.

687

:

Neurable is another one.

688

:

I like the name.

689

:

I'm actually a little jealous

that they stole that name.

690

:

Neuro and Wearable.

691

:

Fantastic.

692

:

Good job, guys.

693

:

But those are a couple

players in the space.

694

:

Again, Netta.

695

:

I know that they are working on a project.

696

:

I have not taken a look at it yet.

697

:

If you guys want to send that my

way, I will take a look, by the way.

698

:

But so those are Kind of the front

runners that I would take a look

699

:

at from a wearables perspective.

700

:

Some of them are focused, like I said, on

medical applications from a mental health

701

:

perspective or from a gaming perspective.

702

:

But I think healthcare definitely has

big ramifications for brain stimulation.

703

:

And that could be receiving reading

signals and giving you a hey, here's

704

:

how you're doing today, right?

705

:

Versus sending signals now sending

signals I think has a higher probability

706

:

of affecting change in Place of or

in compliment to pharmaceuticals.

707

:

So going to pharmaceutical, suitable

routes, a lot of people are getting

708

:

to the place where they want to go.

709

:

The eastern methodologies they

want they want to practice yoga.

710

:

They want to do things that do not

require pumping pen pills a day, right?

711

:

Just to reach a specific mindset.

712

:

So the ability to complement that or

completely replace pharmaceuticals

713

:

from a brain stimulation perspective

with a noninvasive wearable.

714

:

I agree with you.

715

:

I think that is on the horizon and

I think it's rapidly approaching.

716

:

I also think that it will

achieve commercial viability

717

:

faster than the implants will.

718

:

Mike: Yeah.

719

:

I appreciate that.

720

:

Yeah.

721

:

And people who've watched them

or listened to previous episodes

722

:

will know that I'm running a

neurostimulation clinic called zip stim.

723

:

And so we're offering transcranial

direct current stimulation for treatment

724

:

of fibromyalgia and migraines with.

725

:

Other indications on the horizon.

726

:

So it's an example of the technology

that we're talking about that's

727

:

becoming increasingly available from

a clinical perspective for treatment

728

:

of various neuropsychiatric problems.

729

:

100 percent No, and I'm not surprised

to hear that there are many other

730

:

companies that are looking at this

for various different applications.

731

:

It also makes me think about the ethical

considerations right in terms of Yes,

732

:

of course, to help people who have

illness who need treatment options,

733

:

but, it reminds me of how there was the

controversy around cloning, whenever

734

:

it was 10 or 15 years ago with the

breakthroughs in genetic science, and then

735

:

these kinds of, mad scientist experiments

about cloning and so governments had

736

:

to crack down and put regulations

out there to prevent, of course,

737

:

what would you say, unethical laws.

738

:

Experiments around cloning.

739

:

So I wonder what your thoughts are

around this potential thing happening

740

:

again now for these technologies

like the brain computer interfaces

741

:

and particularly in this age of A.

742

:

I.

743

:

Where you know who knows how

that combination you could you

744

:

don't doesn't take too much of an

imagination to think about ways in

745

:

which that could go badly wrong.

746

:

Steven: Of course.

747

:

And even if It did require the

imagination that imagination is readily

748

:

available in a plethora of books That

you can read about similar catastrophic

749

:

events that transpire due to something

similar to what we're referring to.

750

:

My personal take is you have to look

at it From a pro con perspective

751

:

I personally believe that the pros

significantly outweigh the cons now

752

:

from a risk analysis perspective,

you cannot negate the possibilities.

753

:

It's the same concept with AI.

754

:

So A.

755

:

I.

756

:

Is too big to fail.

757

:

A.

758

:

I.

759

:

Is happening whether

governments wanted to or not.

760

:

You can try toe.

761

:

It's the same thing with Bitcoin

with cryptocurrency too big to fail.

762

:

You can try to regulate it.

763

:

Governments do.

764

:

It will take hold regardless because

the potential, the applications, the

765

:

pros significantly outweigh the cons.

766

:

So it's and there are

billions at stake in Bitcoin.

767

:

Competing companies, right?

768

:

When you get reached that point,

the technology is going to advance.

769

:

So now it becomes a question of,

okay, we can't if we can't stop it.

770

:

How do we make sure that it is

rolled out in a in the least

771

:

harmful possible way, right?

772

:

So that's where I'm not anti regulation.

773

:

I hate it.

774

:

That regulation is an inhibiting

factor for so many amazing

775

:

technologies, but it also does a lot

of good Safeguards are necessary.

776

:

Otherwise, this would be a

Very fast human civilization.

777

:

We would have eradicated ourselves

significantly a long time ago so I just

778

:

I do think you can over regulate certain

sectors and that's obviously another topic

779

:

for another time How I see this playing

out is BCI is already too big to fail and

780

:

the pros significantly outweigh the cons.

781

:

So it is going to happen.

782

:

There is no possible scenario in my

mind where advancement stops, right?

783

:

Where a government steps

in and says, no more.

784

:

For the, for one, one geopolitical

reason is if let's say theoretically

785

:

the U S decided to limit it.

786

:

The tech companies would pick up their

billions trillions of dollars and

787

:

they would go where it was accepted

and those other countries would open

788

:

them with open arms welcome them

with open arms China is developing.

789

:

They're making some big breakthroughs,

obviously They don't really publicize

790

:

everything that they're doing.

791

:

You don't really know what China is

capable of until it's already there.

792

:

So their development procedures are

really hush, but they, I do know

793

:

for a fact that they are making

leaps and bounds and they are.

794

:

In the race with the U S if

not ahead of the U S in their

795

:

development processes, which is

something to take into consideration.

796

:

So if you turned off the faucet in the

U S you allow China to get the edge on

797

:

us, which is just something that the

U S is not willing to do in something

798

:

that could have this big of an impact.

799

:

So that's my take on

it is going to happen.

800

:

Now it comes And now it comes

down to how do we roll it out?

801

:

I do think you have to

start looking at the risks.

802

:

However, the biggest risk that I see,

obviously, you have to go through

803

:

enough trials to know that the long

term feasibility of this yes, we take

804

:

somebody who has lost the ability to walk.

805

:

We give, we restore that capability by

bypassing their biological inhibiting

806

:

factors with direct intervention.

807

:

Thank you.

808

:

Brain wave stimuli.

809

:

We know for a fact that over five years

has no long term negative effects.

810

:

Okay, great.

811

:

So we can roll this out.

812

:

Fantastic.

813

:

I so I think we're going to do

well from a medical application

814

:

from a commercial application.

815

:

I think that has the biggest risk

when you see a significant amount of

816

:

people with direct implanted surgery.

817

:

Yeah.

818

:

Neural interfaces.

819

:

The possibility of hacking those

neural interfaces has to be a concern.

820

:

It just has to.

821

:

So obviously that's very doomsday

scenario, but my take is you have to

822

:

continue developing the technology.

823

:

And then that has, that's, it has

to be a consideration, but it can

824

:

be punted to a, we'll cross that

bridge when we get to it and just

825

:

do the best that we can right now.

826

:

So continue developing the

technology, but it's not going

827

:

to be problematic until later.

828

:

The primary reason is you, if

you hacked a phone, okay, you

829

:

can access the data on it.

830

:

You can access the messages,

the information, right?

831

:

But you can't force the person who owns

that phone to necessarily do anything.

832

:

You can't have them go

blow up a train station.

833

:

When you start implanting devices that

are bypassing your logic brainwave

834

:

function, order function, you could

have the potential to take over the

835

:

ability for that person to walk, right?

836

:

And you could make them walk

somewhere theoretically.

837

:

However, what you can't do with

that same brain computer phase

838

:

is control their cognition.

839

:

You can control their motor function

because that's what the chip does.

840

:

But he is very aware that

he does not want to go here.

841

:

He would be able to alert anyone.

842

:

He would be able to make a phone

call and say, Hey, I've been hacked.

843

:

I'm going here and we would

be able to do something.

844

:

When I say it's very futuristic

for that to be a problem, we're

845

:

talking about the ability to control

cognition as well as motor function.

846

:

That is a long way off.

847

:

The early stages of this technology is

going to be for specific applications.

848

:

For commercial, it's primarily going

to be Wearables for the next at least

849

:

five to seven years, if not longer.

850

:

So we have a good decade until we

really need to solve the problem of

851

:

security from a hacking perspective.

852

:

So I do believe that's just my

take from a timeframe and adoption.

853

:

Roll up timeframe that we really need

to continue advancing the technology

854

:

make this a key consideration, but I

think that is the biggest risk to B.

855

:

C.

856

:

I.

857

:

And it's something that we

don't necessarily have to

858

:

deal with for another decade.

859

:

Mike: Yeah, no, that's really interesting.

860

:

It makes sense.

861

:

I guess for when you mentioned all

of the various books and movies and

862

:

TV shows that have taken advantage of

this concept of the ethical and the

863

:

more the social cultural implications

of this technology for Gen Xers like

864

:

me, it's obviously the Terminator.

865

:

But more recently, the I think the show

Black Mirror has done a really good job

866

:

with Playing with these ideas in terms of,

there's one episode there where they had

867

:

an implanted device that had the ability

to serve as a hard drive for memories and

868

:

interfered with how relationships were

and how people did or didn't remember

869

:

things and could be erased, as you say.

870

:

Yeah, the prospect of this kind

of thing happening and being

871

:

hacked is quite worrisome.

872

:

But, it sounds like we're obviously

a long ways off from that.

873

:

And but it is interesting to think

about because it is important.

874

:

To think in broad strokes around

again, just as analogous to the genetic

875

:

technology and the potential for cloning,

it's important to think in broad strokes

876

:

around, okay this is very promising

technology, but it's a bit like Prometheus

877

:

in the fire and we have to be careful

that we don't let it get out of control.

878

:

Steven: Of course.

879

:

And when you get into genetics,

the ethic, the ethics around

880

:

genetics, here's my take on it.

881

:

Obviously, cloning is a

little bit different, right?

882

:

So what is the purpose of cloning?

883

:

Okay just to do it is not

a good not a good reason.

884

:

We have the capability.

885

:

You should take a look at what Dr.

886

:

Sinclair over at Harvard Medical is

doing some incredible research, but he's

887

:

just one of many that are able to do it.

888

:

To do this, we have the capability to take

a skin cell and make it pluripotent and

889

:

turn it into any other cell that we want.

890

:

We can take that and in a petri dish,

we could take your skin cells and then

891

:

turn that, turn the clock back, right?

892

:

And we can essentially build an organ.

893

:

It's incredible what you can do.

894

:

So from a potential medical application,

I feel like it's going to be incredible.

895

:

Thousands of people die every

single day waiting for an organ

896

:

transplant, an organ donor, right?

897

:

Imagine having the capability To within

one to two days or even intraday,

898

:

take your cells and 3D print or

grow another organ that your body

899

:

will not reject because it is yours.

900

:

It is from your own cells.

901

:

You take the organ donation

list completely off the table.

902

:

I'm sorry.

903

:

To the black market because that

would be a horrible day for you.

904

:

And you have the ability to save

countless lives just from growing

905

:

from taking that technology.

906

:

Now, obviously the implications or ethical

considerations for growing and cloning.

907

:

Yourself.

908

:

The primary reason there's many reasons,

but the primary reason is why we

909

:

don't have a reason to do that right

now, and the expense is astronomical.

910

:

So why would we go through an

incredible expense, an ethical

911

:

moral dilemma for really no reason

until I do see a future again.

912

:

This is very hypothetical,

but I do believe there is.

913

:

Chance that it is feasible where

we actually have the ability

914

:

to transfer your consciousness,

transfer your memories, transfer

915

:

your brain activity into that clone.

916

:

When we have that capability, now it

becomes there's a reason to do it.

917

:

So now that might bypass the the negative.

918

:

Potential negative

inclination to not do it.

919

:

And now you have a very legitimate

reason to implement cloning technology.

920

:

So that's my take.

921

:

Cloning however, my, from a

moral perspective, a lot of

922

:

people are against gene editing.

923

:

They say we shouldn't play God.

924

:

They say we shouldn't do

anything from a moral approach.

925

:

My argument is always, if I have

the ability to save a life, I see

926

:

that as a good thing, I have a moral

obligation to take that technology that

927

:

we've developed and save that life.

928

:

If I can cure you of

cancer, when medicine.

929

:

A lot of people would say that is

a good thing, but if you do it with

930

:

genetics, genetic engineering synthetic

protein injections or anything like

931

:

that, now it's crossing a line.

932

:

You did good.

933

:

You saved that life, but you played God.

934

:

My personal opinion on

that is it's bullshit.

935

:

If you have technological capability

to save lives, countless millions

936

:

of lives, I think you have a moral

obligation to utilize that technology.

937

:

Mike: Yeah, for sure.

938

:

I think and I appreciate that.

939

:

And I think the important thing is to just

have space for the conversations, right?

940

:

Have opportunity for experts like

ethicists and philosophers to weigh in

941

:

on these sorts of issues as well, right?

942

:

Because then, of course, that will inform

the discussion that the technologists and

943

:

the venture capitalists and the investors

and everyone's putting in their work.

944

:

Transcribed advice and expertise

into trying to steer the technology

945

:

in a way that's going to be

maximally beneficial for humanity

946

:

Steven: Absolutely, it's important.

947

:

And I do not know what that Collaboration,

or panel would look like from a

948

:

geopolitical Perspective, right?

949

:

Something along the lines of

NATO, where multiple people get

950

:

a say from various countries.

951

:

But you also need various verticals.

952

:

Like you just said, you need the

scientists to weigh in and they're going

953

:

to have a different perspective than the

regulators and the regulators are going to

954

:

be different than the venture capitalists

because they're just in it for the money.

955

:

So I do.

956

:

I do not know what that looks like.

957

:

I do think it's Potentially necessary.

958

:

My fear is it won't happen because, as I

referenced earlier, when you realize that

959

:

from an international point of view, if

960

:

China develops the technology and

starts implementing the technology

961

:

What happens when this collaboration

of multiple countries comes in

962

:

and says, you can't do this.

963

:

So there's lots of considerations and

obviously I don't run the country.

964

:

So I'm not going to crack the

whip and get in there and say it.

965

:

Just all I can do is share my perspective.

966

:

There's, it's going to be some

significant hurdles to cross from

967

:

a moral, um, perspective for sure.

968

:

I think we will get there, but the

exciting thing is that technology

969

:

is progressing very quickly and.

970

:

We're seeing some exciting things.

971

:

Now how to go about implementing

it that is above my pay grade.

972

:

Mike: Yeah, for sure.

973

:

No, and similarly, that

phrase was in my mind as well.

974

:

I think, obviously, there's huge

implications in terms of national defense

975

:

issues and all different kinds of things.

976

:

But yeah, I think, hopefully, maybe

this is Overly optimistic, but I think

977

:

I'm tend to be a believer in the market

actually sorting things out for the

978

:

better in any event, with some necessary

regulation as you're referring to

979

:

but yeah, I know considerations in

terms of the, our relationship with.

980

:

Different parts of the world

like China in particular.

981

:

I think that's something

for sure to be conscious of.

982

:

Just looking at time here.

983

:

We're getting pretty close to the end

point, but I thought maybe it would be

984

:

good if you have a bit, another five

or so minutes if just to zoom out a

985

:

little bit and maybe try to circle back

a little to what we were talking about

986

:

right at the beginning, and viewers

and listeners are interested in your

987

:

particular journey and what we were

talking a little bit there about, the

988

:

importance of things like resilience.

989

:

So maybe if you don't mind just speaking

to that a little bit and helping us

990

:

to understand for you and your journey

what's resilience been like for you.

991

:

And in particular, how do you

find that these days you handle,

992

:

stress and adversity and high

stakes business situations.

993

:

Steven: Absolutely.

994

:

As I mentioned, success is not

linear and success is relative.

995

:

What success is to me is going

to be different to someone else.

996

:

And I also think that

success is a moving target.

997

:

Because I never thought

that And right now, right?

998

:

And I think you set goals for yourself.

999

:

You want to achieve X and you

usually have a reason for that.

:

00:56:04,190 --> 00:56:07,120

I want to achieve a hundred thousand

dollars a year so that I can take care of

:

00:56:07,130 --> 00:56:10,090

my family and I don't want to be reliant

on a job that could fire me tomorrow.

:

00:56:10,620 --> 00:56:11,610

Okay that's great.

:

00:56:11,910 --> 00:56:13,250

But then what happens when you get there?

:

00:56:13,540 --> 00:56:16,650

For many people, that

would be their end goal.

:

00:56:16,915 --> 00:56:18,425

They're comfortable there.

:

00:56:18,455 --> 00:56:20,565

They achieve their version of success.

:

00:56:20,905 --> 00:56:23,535

And who am I to say

you're thinking too small?

:

00:56:24,255 --> 00:56:26,555

I would not understand someone, right?

:

00:56:26,585 --> 00:56:28,955

I can't empathize.

:

00:56:28,995 --> 00:56:31,375

I can empathize, because I

understand their perspective.

:

00:56:31,385 --> 00:56:32,815

But I would never understand it.

:

00:56:32,815 --> 00:56:36,335

Because for me, if once you

reach that goal, what's next?

:

00:56:36,415 --> 00:56:39,800

I'm Innately driven for more.

:

00:56:40,440 --> 00:56:45,920

So everyone version of success looks

different But for that, I think it's

:

00:56:45,920 --> 00:56:50,270

a moving target for most entrepreneurs

because once they achieve that

:

00:56:50,270 --> 00:56:52,440

goal Like myself they want more.

:

00:56:52,490 --> 00:56:56,830

And I don't think that is a greed or

selfishness I think that is just an innate

:

00:56:56,850 --> 00:57:03,170

desire psychologically imprinted in them

whether that's genetics or circumstantial

:

00:57:03,210 --> 00:57:06,910

that developed over time, they're

just driven to more and more success.

:

00:57:06,920 --> 00:57:12,070

So a lot of people I've met, I know

a lot of people who sold a company

:

00:57:12,130 --> 00:57:17,380

for 10, a hundred, 150, 200 million.

:

00:57:17,380 --> 00:57:21,540

Most people on earth would

think you're done, right?

:

00:57:21,590 --> 00:57:22,310

You have made it.

:

00:57:22,870 --> 00:57:25,890

But the interesting thing is most

of those people some of those

:

00:57:25,910 --> 00:57:28,940

will, will take a hiatus, right?

:

00:57:28,990 --> 00:57:29,800

Take a year off.

:

00:57:30,255 --> 00:57:31,465

Enjoy the fruits of your labor.

:

00:57:31,465 --> 00:57:32,185

You deserved it.

:

00:57:32,505 --> 00:57:35,985

But during that year, they're fidgety

They want to get back in because they

:

00:57:35,985 --> 00:57:39,035

just they crave more and more success.

:

00:57:39,075 --> 00:57:41,565

I do not think that comes from a area.

:

00:57:41,905 --> 00:57:43,075

A mindset of greed.

:

00:57:43,265 --> 00:57:47,515

I think it's just a drive So that's one

thing that I will point out now to get

:

00:57:47,515 --> 00:57:54,710

to your question about resilience you

to be an entrepreneur that desires The

:

00:57:54,710 --> 00:57:58,280

level of success in the millions, right?

:

00:57:58,330 --> 00:58:02,940

And again, that doesn't necessarily

have to be monetary based it can be I

:

00:58:02,940 --> 00:58:07,600

want to do x good for the planet and

therefore if I achieve this I will be

:

00:58:07,600 --> 00:58:12,260

rewarded monetarily, but money is not

a factor for me regardless what you're

:

00:58:12,260 --> 00:58:19,325

trying to accomplish if your goal is big

The resilience factor for you has to be

:

00:58:19,965 --> 00:58:23,045

incredibly big to achieve it by that.

:

00:58:23,055 --> 00:58:27,765

You are going to, if you're going to be an

entrepreneur, if you're going to take that

:

00:58:27,765 --> 00:58:29,955

step, you have to be prepare yourself.

:

00:58:29,975 --> 00:58:32,045

Otherwise you're going to quit

the first time that you get

:

00:58:32,125 --> 00:58:34,585

hit with the inevitability of.

:

00:58:35,105 --> 00:58:37,345

And defeat doesn't have

to be definitive, right?

:

00:58:37,345 --> 00:58:40,665

You can overcome defeat,

but you will lose deals.

:

00:58:40,665 --> 00:58:41,845

You will lose contracts.

:

00:58:41,845 --> 00:58:44,705

You will be betrayed by

close business partners.

:

00:58:44,935 --> 00:58:46,675

You will have people back

out of the contracts.

:

00:58:46,705 --> 00:58:48,055

You will have people sue you.

:

00:58:48,225 --> 00:58:51,115

It, all of these things will

happen to you at some point.

:

00:58:51,135 --> 00:58:54,065

I does not matter if you are a.

:

00:58:54,565 --> 00:58:58,795

Brick and mortar franchise owner,

or if you are Elon Musk, right?

:

00:58:59,095 --> 00:59:01,425

This is just the way

that the game is played.

:

00:59:01,475 --> 00:59:06,145

You have to mentally fortify

yourself ahead of time, knowing

:

00:59:06,375 --> 00:59:09,765

not what's going to happen, but

that something is going to happen.

:

00:59:09,805 --> 00:59:12,875

And you have to have resilience

built into your mindset that

:

00:59:12,885 --> 00:59:16,715

when things do go, not go my way.

:

00:59:18,025 --> 00:59:21,205

I'm going to do whatever

it takes to bypass them.

:

00:59:21,425 --> 00:59:25,505

Now, the one thing I know I'm droning

on and we need to cut this time short.

:

00:59:25,945 --> 00:59:31,955

But the one thing that I would

say is I was ready to call it.

:

00:59:32,470 --> 00:59:34,830

Quits more times than I could count.

:

00:59:35,330 --> 00:59:40,950

So when I say that build in a mindset

of resilience ahead of time, that

:

00:59:40,950 --> 00:59:46,190

is not going to that does not mean

that you are not going to sit there

:

00:59:46,400 --> 00:59:51,060

with your hands in your face in your

hands at some point and say, I'm done.

:

00:59:51,180 --> 00:59:52,570

I think every.

:

00:59:52,860 --> 00:59:58,780

Big entrepreneur has so much stress

on their plate because as you get

:

00:59:58,780 --> 01:00:00,700

bigger, you have more responsibility.

:

01:00:01,080 --> 01:00:04,810

And that's to your responsibility

inevitably will grow, whether that's

:

01:00:05,240 --> 01:00:10,700

more employees, more mouths to

feed, more investors to keep happy.

:

01:00:10,750 --> 01:00:14,260

And you can't keep everyone happy

is just not going to happen.

:

01:00:14,530 --> 01:00:20,130

So when those things happen, it's

very easy to want to give up and the

:

01:00:20,130 --> 01:00:25,420

resilience factor is something that

you need to prepare yourself ahead of

:

01:00:25,420 --> 01:00:30,010

time, but just realize that you're,

you can never really be prepared until

:

01:00:30,010 --> 01:00:31,400

you're actually in the situation.

:

01:00:31,760 --> 01:00:35,770

For me, unfortunately there's

really no one that I can point to

:

01:00:35,770 --> 01:00:39,470

an actionable thing that I can say,

this is how you get through it.

:

01:00:39,940 --> 01:00:43,480

It's all mindset and you have

to have an incredible amount of

:

01:00:43,480 --> 01:00:47,500

resilience to get through that those

hard times so that you can actually

:

01:00:47,500 --> 01:00:49,200

achieve what you want to accomplish.

:

01:00:49,350 --> 01:00:51,740

One of the things you

hear a lot of people.

:

01:00:52,285 --> 01:00:58,785

Say what is your why I think if you don't

have a reason And regardless of what that

:

01:00:58,785 --> 01:01:00,545

reason is, it needs to be a strong one.

:

01:01:01,095 --> 01:01:05,875

Even if that reason is I was picked

on in school, I don't want to do that

:

01:01:05,875 --> 01:01:08,145

anymore, so I want to be physically fit.

:

01:01:08,585 --> 01:01:11,925

Okay, now I get hit with a disease

that makes it very hard to get fit.

:

01:01:12,450 --> 01:01:17,720

Are you going to quit or is the why

strong enough to propel you to overcome

:

01:01:17,770 --> 01:01:21,790

that circumstance that hit you in the

face and it wasn't your fault, right?

:

01:01:21,960 --> 01:01:26,370

So that's just one example of what

I would say is resilience is you, if

:

01:01:26,370 --> 01:01:30,990

you're going to get started in anything,

the why needs to be very powerful.

:

01:01:31,490 --> 01:01:32,420

Mike: Yeah, no, that's great.

:

01:01:32,440 --> 01:01:33,500

There's a lot of wisdom there.

:

01:01:33,500 --> 01:01:34,630

I really appreciate that.

:

01:01:35,200 --> 01:01:37,580

Look, Steven, I really

appreciate the conversation.

:

01:01:37,840 --> 01:01:40,550

I think it's great to finish on a

positive note there for viewers.

:

01:01:40,550 --> 01:01:42,510

I think we can all learn from that.

:

01:01:42,530 --> 01:01:44,080

And it is very inspiring.

:

01:01:44,080 --> 01:01:46,120

So thank you so much once again.

:

01:01:46,470 --> 01:01:50,070

And, we'll add any relevant

links to the show notes.

:

01:01:50,110 --> 01:01:55,100

I invite people to put questions

and comments in the comment section.

:

01:01:55,540 --> 01:01:58,250

And please do share this

episode with anyone that you

:

01:01:58,260 --> 01:01:59,450

think might benefit from it.

:

01:01:59,460 --> 01:02:01,570

I think it's been a very

interesting conversation.

:

01:02:01,990 --> 01:02:06,480

And once again, Stephen, I just want to

thank you very much for your time and

:

01:02:06,480 --> 01:02:07,970

your expertise and for sharing this.

:

01:02:07,970 --> 01:02:09,400

And it would be great to keep in touch.

:

01:02:10,300 --> 01:02:10,840

Steven: Absolutely.

:

01:02:11,060 --> 01:02:12,380

It was an absolute pleasure.

:

01:02:12,380 --> 01:02:14,060

Thanks for the stimulating conversation.

:

01:02:14,560 --> 01:02:14,990

Mike: Okay.

:

01:02:15,050 --> 01:02:15,360

All right.

:

01:02:15,370 --> 01:02:15,920

Have a good one.

:

01:02:15,950 --> 01:02:16,320

Take care.

:

01:02:16,320 --> 01:02:16,680

See ya.

:

01:02:17,340 --> 01:02:17,690

Cheers.

:

01:02:18,200 --> 01:02:18,580

Okay.

:

01:02:18,630 --> 01:02:18,760

Bye.

:

01:02:18,780 --> 01:02:19,040

Bye.

:

01:02:20,350 --> 01:02:24,500

Thank you so much once again for joining

us today on the Neurostimulation Podcast.

:

01:02:25,095 --> 01:02:28,685

I hope that you enjoyed this fascinating

exploration into the world of

:

01:02:28,685 --> 01:02:31,705

neuroscience and biotech as much as I did.

:

01:02:32,315 --> 01:02:35,685

If you found today's episode

interesting, don't forget to like

:

01:02:35,685 --> 01:02:37,325

and subscribe to the podcast.

:

01:02:37,635 --> 01:02:41,345

It's the best way to make sure that you

never miss an episode, and it helps us

:

01:02:41,345 --> 01:02:43,555

to reach more curious minds like ours.

:

01:02:44,195 --> 01:02:47,285

Also, if you think that today's

episode might resonate with a

:

01:02:47,295 --> 01:02:51,375

friend, a family member, or a

colleague, please share it with them.

:

01:02:51,715 --> 01:02:54,905

Knowledge is better when it's shared

and you never know who might find

:

01:02:54,905 --> 01:02:57,245

this information helpful or inspiring.

:

01:02:58,115 --> 01:03:01,835

For more details about the companies,

the research and the technology that

:

01:03:01,835 --> 01:03:05,375

we discussed today, please check out

the links in the show notes below.

:

01:03:05,825 --> 01:03:09,285

You'll find everything that you need

to dive deeper into the topic and

:

01:03:09,285 --> 01:03:14,810

to explore the various companies and

technologies that we discussed today.

:

01:03:15,350 --> 01:03:17,130

I would also love to hear your thoughts.

:

01:03:17,160 --> 01:03:20,640

Please join the conversation

in the comment section or reach

:

01:03:20,640 --> 01:03:24,950

out to us on social media, your

questions, ideas, and feedback.

:

01:03:25,190 --> 01:03:26,610

Make this podcast better.

:

01:03:27,360 --> 01:03:29,880

Finally, don't forget to

tune into the next episode.

:

01:03:30,160 --> 01:03:34,160

It's going to be another exciting journey

into the cutting edge of neuroscience

:

01:03:34,160 --> 01:03:35,760

and clinical neurostimulation.

:

01:03:36,340 --> 01:03:37,660

Thank you again for listening.

:

01:03:37,890 --> 01:03:41,880

I sincerely appreciate your time,

your interest, and your attention.

:

01:03:42,380 --> 01:03:46,760

Take care, stay curious, be well,

and I'll see you next time on

:

01:03:46,760 --> 01:03:48,660

the Neurostimulation Podcast.

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About the Podcast

The Neurostimulation Podcast
Welcome to The Neurostimulation Podcast, your go-to source for the latest in clinical neurostimulation! Here, we dive deep into the revolutionary techniques that are shaping the future of health care.

Whether you're a healthcare professional, a student, or simply passionate about neuroscience, this podcast will keep you informed, inspired, and connected with the evolving world of neurostimulation.

Subscribe for episodes that stimulate your mind and enhance your understanding of brain health and treatment.

About your host

Profile picture for Michael Passmore

Michael Passmore

Dr. Michael Passmore is a psychiatrist based in Vancouver, BC, with expertise in neurostimulation therapies. Having completed specialized training in multiple neurostimulation modalities, including electroconvulsive therapy at Duke University and transcranial magnetic stimulation at Harvard University, Dr. Passmore brings a robust clinical and academic background to his practice. Formerly the head of the neurostimulation program in the department of Psychiatry at Providence Health Care, Dr. Passmore now serves as a clinical associate professor at the University of British Columbia’s Department of Psychiatry. From his clinic, ZipStim Neurostimulation (zipstim.com), Dr. Passmore offers private, physician-supervised, home-based transcranial direct current stimulation (tDCS) treatments tailored to clients across Canada.​