Exploring the intersection of transformative technologies, humanity, and the future of our world - and having some fun while we're at it.

Imagine standing on the shores of Prince William Sound, Alaska, where the Exxon Valdez oil spill once unleashed 11 million gallons of crude oil into the ocean. The waves crash gently against the rocky beach, but beneath the surface, a quieter revolution is happening. Microbes — some engineered, some naturally adapted — are cleaning up what humans couldn’t. This is bioremediation in action, where biotechnology meets environmental stewardship.

Alexander Titus

Biotechnology, Genetic Engineering, and the Ethics of Changing Our World

The Double-Edged Helix

Gene drives—a concept that might sound like something from science fiction—could reshape the way we address some of the world's most pressing challenges. Picture a future where we can eradicate devastating diseases, better protect our crops, and control invasive species. This technology holds the power to turn these visions into reality. However, with such transformative potential come significant risks and ethical questions.

Hannah Dayton

From crops to human health, the impact is as wide as the challenges they create

Ep 13 - Gene Drives: Engineering Nature’s Future

Welcome to
<em>
 <strong>
  The Connected Ideas Project
 </strong>
</em>
! Or as I’ll more often refer to it,
<em>
 TCIP
</em>
. This is an expansion of the Co-Evolution newsletter that you’ve been following along with for a while.
<em>
 Co-Evolution: Tech, Policy, and Our Lives
</em>
will carry on as usual, with new editions coming out every Tuesday.

An Introduction to the world of deep tech, creativity, and personal adventure

Welcome to The Connected Ideas Project

Hey there, science and policy enthusiasts! It's Titus here, and I'm thrilled to bring you this special edition newsletter on a topic that's close to my heart: the Biological Weapons Convention (BWC). Remember last week’s issue, when I promised more on the BWC soon?

How an old treaty is getting a high-tech perspective upgrade to keep us safe

Ep 06 - Biodefense 2.0: BWC in the Modern Age

Hey there! I'm excited to dive into a recent white paper from the NSCEB on strengthening gene synthesis security. As someone who's deeply passionate about the intersection of AI and life sciences, this topic is fascinating because it seems simple, yet it is oh so hard. Let's break it down and explore what it means for our field and society at large.
<em>
 Before I do, I have to laugh at how challenging it is for the AI podcast hosts to say NSCEB.
</em>

How iterative governance could unlock biotechnology's potential while safeguarding our future

Ep 05 - Rewriting the Rules: A Dynamic Approach to Gene Synthesis Security

Key Takeaways: The 2024 Nobel Prize in Physics was awarded to Geoffrey Hinton and John Hopfield for their pioneering work on artificial neural networks, which laid the foundation for modern deep learning. The 2024 Nobel Prize in Chemistry went to David Baker, Demis Hassabis, and John Jumper for using AI to predict and design protein structures, revolutionizing our understanding of these crucial biological molecules.

How the 2024 Physics and Chemistry Prizes Are Reshaping Our Understanding of Intelligence and Life Itself

Ep 04 - Nobel Breakthroughs: AI Meets Biology at the Frontiers of Science

Hey there, science enthusiasts and policy wonks! Titus here, and I've got some exciting developments to share about the intersection of artificial intelligence and life sciences.

The co-evolution of biology and computing started in the era of Alan Turing and is accelerating at a mind-boggling rate with modern AI

Ep 03 - AI and Life Sciences: Navigating the Frontier of Innovation and Security

<em>
 The podcast audio is AI-generated with Google’s NotebookLM
</em>
Hey there, fellow tech enthusiasts, policy wonks, and curious minds! Welcome to "Co-Evolution: Tech, Policy, and our Lives," your new favorite corner of the internet where we'll be diving deep into the fascinating, sometimes messy, but always crucial intersection of emerging technology and public policy. I'm Alexander Titus, but I generally just go by Titus.

Where tech meets policy, policy meets people, and the people you should meet

Ep 01 - Welcome to Co-Evolution: Tech, Policy, and Our Lives

The National Security Commission on Emerging Biotechnology (NSCEB) has produced an interim report that focuses on the potential of biotechnology to transform society and improve national security.

This is a fascinating AI-generated summary of the National Security Commission on Emerging Biotechnology's Interim Report Using Google's NotebookLM

Ep 00 - Podcast About the NSCEB's Interim Report

<strong>
 <strong>
  The Map Is Not the Territory
 </strong>
</strong>
Artificial intelligence has often been described as a new frontier—a vast, uncharted space promising unparalleled opportunity but fraught with hidden risks. Recently, the inaugural convening of the International Network of AI Safety Institutes (INASI) in San Francisco laid down a global compass for navigating this terrain.

AI safety isn’t just about preventing harm.

Ep 15 - A Global Compass for AI Safety

Hey, my friends! Today, we're venturing into a realm that's as vast and complex as life itself: the world of biological data and its implications for U.S. biotechnology leadership. This is based on the white paper from the National Security Commission on Emerging Biotechnology (NSCEB) titled "Leveraging Biological Data." Like last week, the podcast audio is AI-generated, and they keep calling this a report.

Thoughts and a podcast about the NSCEB's thinking on leveraging biological data

Ep 02 - Data, data, data. What's with all the data?

<strong>
 <strong>
  The Future of Cleanup
 </strong>
</strong>
Hi everyone, and welcome to this week’s edition of
<em>
 Co-Evolution
</em>
! Today, we’re diving into a topic that blends cutting-edge biotechnology with environmental justice: bioremediation. You may not have heard of the term before, but if you’ve ever hoped for a cleaner, greener future, this is where the action is happening.

How Biotechnology is Transforming Environmental Remediation

Ep 12 - Nature’s Microbial Cleanup Crew

Hi my friends, welcome back! I’m excited to introduce a new member of the Co-Evolution team, Hannah Dayton. Hannah is a postdoc at Harvard and an expert in antibiotic resistance research, so I convinced her to share her expertise with the world. The AI-generated podcast this week is about the National Action Plan for Combating Antibiotic-Resistant Bacteria.

Exploring the world of antibiotic resistance with Hannah Dayton

Ep 09 - Fighting little bugs who are starting to fight back

<strong>
 The Ancient Roots of Agricultural Innovation
</strong>
Agriculture is undergoing a revolution, one shaped by the transformative power of biotechnology. This field, at the intersection of science, policy, and industry, promises to address some of the most pressing challenges of our time.

From ancient practices to gene editing, exploring how biotechnology is transforming agriculture to meet humanity's greatest challenges

Ep 14 - The Agricultural Revolution 2.0: How Biotechnology is Rewriting the Rules of Farming

Hello my friends. Today, I’m sharing a different kind of post. I spend a lot of time considering the implications of the technology we are developing, and I want to share some thoughts on what I consider the FABRIC of our society and the future human experience. This is outside of my traditional post, so I would love to hear your thoughts and feedback.

The convergence of these technologies doesn't simply challenge what humans can do; it challenges what humans can be.

Ep 11 - Weaving the FABRIC of Reality—An Introduction to Technological Convergence and Human Identity

Good morning friends! I'm sitting here with my fourth espresso of the morning, still buzzing about a white paper from the National Security Commission on Emerging Biotechnology (NSCEB). It’s about minerals! So exciting! :-P
<em>
 Ok, I am being a little silly, but some of the enthusiasm that comes from my AI podcast hosts friends gets campy and I start to feel it too.
</em>

Nature's Answer to Our Critical Materials Crisis

Ep 10 - When Plants Become Miners

Good morning my friends, I've spent the last few weeks deep in the weeds of AI and biotechnology policy (that’s a lie, I’ve spent far more than a few weeks, but humor me), and I've got to tell you - the latest progress never ceases to amaze me no matter how much time I spend thinking about the topic.

Exploring the Line Between Innovation and Safety with Insights from Congress, the National Security Commission, and Why We Need a New Approach to Tech Policy

Ep 08 - AI &amp; Bio: Finding Balance Through Evidence

Hey everyone! I spent the evening yesterday diving deep into the White House's new memorandum on AI and national security (Fact Sheet, Deep Dive), and I've got to tell you – this is one of the most significant policy developments I've seen in our field. Let me break down why I'm so excited about this and what it means for the future of AI, biotechnology, and national security.

Ep 07 - Breaking Down the New US AI National Security Memorandum

The Connected Ideas Project

Hey there, science enthusiasts and policy wonks! Titus here, and I\'ve
got some exciting developments to share about the intersection of
artificial intelligence and life sciences. It\'s a topic that\'s been
keeping me up at night (in a good way), and recent events have only
amplified its importance.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

First off, let\'s talk about the paper I recently wrapped up with some
colleagues: \"[Computing in the Life Sciences: From Early Algorithms to
Modern AI](https://arxiv.org/abs/2406.12108).\" This isn\'t just a
stroll down memory lane -- it\'s a comprehensive look at how we\'ve gone
from using computers to crunch basic genetic data to employing AI
systems that can predict protein structures and design new drugs. But
here\'s the kicker: this paper doesn\'t exist in a vacuum. It\'s part of
a much larger conversation that\'s happening right now at the highest
levels of government and academia.

Let\'s connect some dots. On October 30, 2023, President Biden signed an
Executive Order on the \"[Safe, Secure, and Trustworthy Development and
Use of Artificial
Intelligence](https://www.whitehouse.gov/briefing-room/presidential-actions/2023/10/30/executive-order-on-the-safe-secure-and-trustworthy-development-and-use-of-artificial-intelligence/).\"
This order is a big deal, folks. It\'s the government recognizing that
AI isn\'t just coming -- it\'s here, and we need to figure out how to
harness its potential while mitigating its risks.

One of the key aspects of this order that ties directly into our field
is the focus on AI\'s implications for biosecurity. The order directs
the National Academies of Sciences, Engineering, and Medicine (NASEM) to
conduct a study on the potential risks and benefits of AI in the life
sciences. And guess what? Yours truly is part of the study group working
on this crucial assessment.

This NASEM study, titled \"[Assessing and Navigating Biosecurity
Concerns and Benefits of Artificial Intelligence Use in the Life
Sciences](https://www.nationalacademies.org/our-work/assessing-and-navigating-biosecurity-concerns-and-benefits-of-artificial-intelligence-use-in-the-life-sciences),\"
is tackling some heavy questions:

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

1\. How can AI increase biosecurity risks, especially when it comes to
generative AI trained on biological data?

2\. What are the national security implications of using
government-owned or funded datasets for training AI models?

3\. How can AI be used to actually reduce biosecurity risks?

Being part of this study group is both exciting and sobering. We\'re at
the forefront of shaping how our society will approach the powerful
convergence of AI and biology. The potential benefits are enormous --
imagine AI systems that can rapidly develop vaccines for emerging
pathogens or predict and prevent pandemics before they start. But the
flip side is equally impactful -- the same technologies could
potentially be misused to design biological threats or compromise
sensitive genetic information.

Our recent paper serves as a foundation for understanding how we got
here and where we might be headed. It traces the evolution of computing
in life sciences, from early algorithms for sequence alignment to
today\'s sophisticated AI models that can generate novel protein
structures. This historical context is crucial for informing our current
policy decisions and future research directions.

One of the most fascinating aspects of this work is seeing how quickly
the field is evolving. Technologies that seemed like science fiction
just a few years ago are now becoming reality. For instance, large
language models trained on biological data can now generate protein
sequences with specific functions or predict the effects of genetic
mutations. It\'s mind-blowing stuff, but it also raises important
ethical and security questions that we need to address.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

The Executive Order and the NASEM study represent a proactive approach
to these challenges. They\'re not just asking what AI can do, but what
it should do, and how we can ensure it\'s developed and used
responsibly. This isn\'t just about setting rules -- it\'s about
fostering innovation while safeguarding our society.

As we move forward, it\'s clear that interdisciplinary collaboration
will be key. We need biologists, computer scientists, ethicists,
policymakers, and security experts all working together to navigate this
new frontier. The decisions we make now will shape the future of both AI
and life sciences for decades to come.

So, what can you do? Stay informed, for starters. The issues we\'re
grappling with in the NASEM study and that are addressed in the
Executive Order will impact everyone, not just scientists and
policymakers. Engage in discussions about AI ethics and biosecurity.
Support research that aims to harness AI for positive biological
applications. And most importantly, keep asking questions.

The convergence of AI and life sciences is one of the most exciting and
consequential developments of our time. It\'s a field ripe with
potential for groundbreaking discoveries and innovations that could
dramatically improve human health and our understanding of biology. But
it\'s also a field that requires careful consideration and responsible
stewardship.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

As we continue this journey, I\'ll be sharing updates on the NASEM study
and insights from our ongoing work. The paper we just completed is just
the beginning of a much larger conversation -- one that I\'m thrilled to
be part of, and one that I hope you\'ll join in too.

Stay curious, stay engaged, and let\'s shape the future of AI in life
sciences together!

Cheers,

-Titus

<div>

------------------------------------------------------------------------

</div>

*The podcast audio was AI-generated using [Google's
NotebookLM](https://notebooklm.google/)*


Hey, my friends! Today, we\'re venturing into a realm that\'s as vast
and complex as life itself: the world of biological data and its
implications for U.S. biotechnology leadership. This is based on the
white paper from the [National Security Commission on Emerging
Biotechnology (NSCEB)](https://biotech.senate.gov/) titled \"[Leveraging
Biological
Data](https://www.biotech.senate.gov/press-releases/leveraging-biological-data/).\"
Like last week, the podcast audio is AI-generated, and they keep calling
this a report. It's not, it's more a set of ideas for consideration. But
just like every dog I've ever owned, AI doesn't listen to everything you
say. :-P

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

Now, I know what you might be thinking -- \"Titus, a white paper on
biological data? Sounds about as exciting as watching paint dry.\" But
bear with me, because this isn\'t just about ones and zeros or proteins
and genes. This is about the future of medicine, the backbone of our
economy, and even the security of our nation. So grab your favorite
caffeinated beverage, and let\'s dive in.

First off, let\'s talk about why this matters to you, me, and everyone
we know. When we hear \"biological data,\" we might think of sterile
labs and incomprehensible spreadsheets. But in reality, we\'re talking
about the very building blocks of life -- the information that could
hold the key to personalizing your medical treatments, understanding the
diseases that affect our loved ones, and developing cures we haven\'t
even dreamed of yet. This is the data that could help us live longer,
healthier lives.

It\'s not just about our health. Biotechnology is shaping up to be one
of the defining industries of the 21st century. The country that leads
in biotech will have a massive economic advantage, creating jobs,
driving innovation, and shaping the future of everything from
agriculture to manufacturing. And guess what? That leadership hinges on
how we handle biological data.

And if that wasn\'t enough to pique your interest, consider this: in an
era where biological threats (both natural and man-made) are a real
concern, having robust biological data infrastructure isn\'t just nice
to have -- it\'s a national security imperative. The ability to quickly
analyze and understand biological data could be the difference between
containing a pandemic and watching it spiral out of control.

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now](https://www.connectedideasproject.com/subscribe?){.button .primary}

So, what\'s the state of play according to the NSCEB\'s paper? Well,
it\'s a mixed bag. On the bright side, the U.S. has historically been a
leader in funding biological database development, particularly through
the National Institutes of Health (NIH). There\'s also a growing
recognition of the need for standardized, interoperable biological data.
That\'s the good news.

The not-so-good news? Our current data infrastructure is fragmented and
unsustainable. Imagine trying to build a nationwide highway system, but
instead of a coordinated effort, you\'ve got different cities and states
building roads that don\'t quite connect, using different materials, and
following different rules. That\'s kind of where we are with biological
data. U.S. biological databases are scattered across various
institutions, making it hard to leverage the full power of our
collective knowledge.

To make matters worse, we\'re at risk of falling behind competitors like
China in terms of large-scale biological data assets. It\'s not just
about quantity -- it\'s about how the data is organized, shared, and
used. And speaking of use, the NSCEB points out that our current data
use policies are often overly restrictive, hampering innovation and
collaboration. It\'s like having a library full of incredible books, but
making it really difficult for people to actually read them.

Now, here\'s where things get really interesting. To help me digest this
white paper and generate ideas for this newsletter, I used Google\'s new
NotebookLM, an AI-powered tool. Why is this noteworthy? Well, it adds a
fascinating meta-layer to our discussion.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

First, it showcases how AI is changing the way we interact with complex
information. NotebookLM isn\'t just summarizing; it\'s helping to draw
connections and generate new insights. As we\'re discussing the future
of biological data, I'm using AI to help us understand it. This
intersection of AI and biotech isn\'t just theoretical -- it\'s
happening right now, in real-time.

Moreover, tools like NotebookLM have the potential to make dense,
technical subjects more accessible to a broader audience. This is
crucial for informed public discourse on tech policy issues. After all,
how can we as a society make good decisions about the future of
biological data if only a small group of experts can understand the
issues at play?

So, what does all this mean for the future? The NSCEB\'s white paper,
viewed through the lens of AI assistance, points to a future where
biological data infrastructure is as crucial as our roads and power
grids. It\'s not just a scientific asset; it\'s a national asset that
will be key to our competitiveness and security.

It also highlights the need for interdisciplinary collaboration. Solving
these challenges will require bringing together biologists, data
scientists, policymakers, and ethicists. We\'re not just talking about
scientific problems here -- we\'re talking about ethical, legal, and
social challenges that will require diverse perspectives to address.

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now](https://www.connectedideasproject.com/subscribe?){.button .primary}

As AI and biotechnology continue to converge, we\'re likely to see new
opportunities and challenges emerge. Imagine AI systems that can predict
disease outbreaks by analyzing vast amounts of biological data, or
AI-assisted drug discovery that dramatically speeds up the development
of new treatments. But with these opportunities come risks -- risks to
privacy, security, and even our understanding of what it means to be
human.

This brings us to perhaps the thorniest challenge of all: balancing the
need for open, standardized biological data with the imperative to
protect privacy and security. How do we make data accessible enough to
drive innovation while still protecting individual rights and national
interests? There are no easy answers, but it\'s a conversation we need
to have.

So, what can we do in the face of these complex challenges and
opportunities? First and foremost, we need to stay informed. Keep an eye
on developments in biotech and data policy. Engage in the conversation,
whether it\'s participating in public comments on proposed regulations
or discussing these issues with friends and colleagues. Your voice
matters in shaping how we approach these challenges.

Consider supporting organizations working on open-source biological
databases or advocating for better data infrastructure. And as AI tools
become more prevalent in research and analysis, develop a critical eye
for how they\'re being used and what biases they might introduce.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

The intersection of biological data, national competitiveness, and
AI-assisted analysis is a perfect example of why I started this
newsletter. These are complex, rapidly evolving issues that will shape
our future in profound ways. As we navigate this brave new world, it\'s
crucial that we stay engaged, ask tough questions, and work towards
solutions that harness the power of technology while protecting our
values and security.

What are your thoughts on this? How do you see the role of biological
data evolving? Drop me a line at newsletter@theinvivogroup.com -- I\'d
love to hear your perspectives!

Until next time, keep evolving!

-Titus

P.S. If you found this interesting, share it with a friend who\'s into
biotech, AI, or policy. The more diverse voices we have in this
conversation, the better!

<div>

------------------------------------------------------------------------

</div>

*Read the NSCEB white paper
[here](https://www.biotech.senate.gov/press-releases/leveraging-biological-data/)*

> Biological data describe a wide range of biological systems and
> organisms and are essential to develop bio-based solutions and
> products. Without a strong biological data ecosystem, the United
> States risks ceding global leadership in scientific innovation and
> biomanufacturing to competitors like China. This white paper
> identifies opportunities to strengthen U.S. biological data
> generation, collection, and sharing to maintain global leadership in
> biotechnology innovation.

<div>

------------------------------------------------------------------------

</div>

*The podcast audio was AI-generated using [Google's
NotebookLM](https://notebooklm.google/)*


*The podcast audio is AI-generated with [Google's
NotebookLM](https://notebooklm.google.com/)*

Hey there, fellow tech enthusiasts, policy wonks, and curious minds!
Welcome to \"Co-Evolution: Tech, Policy, and our Lives,\" your new
favorite corner of the internet where we\'ll be diving deep into the
fascinating, sometimes messy, but always crucial intersection of
emerging technology and public policy.

I\'m Alexander Titus, but I generally just go by Titus. Like Cher, or
Madonna, although admittedly my wardrobe choice is much less
interesting. I\'ll be your guide through this wild and rapidly evolving
landscape. As someone who\'s spent years with one foot in the tech world
and the other in policy circles, I\'ve had a front-row seat to the
thrilling and sometimes terrifying dance between innovation and
regulation. And let me tell you, there\'s never been a more exciting --
or more critical -- time to be paying attention to this space.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

## **Why Now? The Perfect Storm of Tech Acceleration and Global Tensions**

So, why am I launching this now? Well, grab a cup of coffee (or your
beverage of choice), and let\'s chat about the perfect storm we\'re
living through.

First off, let\'s state the obvious: technology is advancing at a
mind-boggling pace. We\'re not just talking about faster smartphones or
cooler VR headsets (though those are pretty neat). We\'re witnessing
revolutions in artificial intelligence, biotechnology, quantum
computing, and more -- the kind of advancements that have the potential
to fundamentally reshape our world.

Take AI, for instance. Just a few years ago, the idea of AI writing
coherent articles or creating stunning artwork seemed like science
fiction. Now? It\'s a reality that\'s disrupting industries, challenging
our notions of creativity, and raising profound questions about the
future of work and human cognition.

Or consider biotech. We\'re on the cusp of being able to edit our own
genomes, grow organs in labs, and develop personalized medical
treatments that could eradicate diseases we once thought incurable. The
potential for improving human health and longevity is enormous -- but so
are the ethical and societal implications.

Now, here\'s the kicker: while these technologies are advancing at warp
speed, our policy frameworks and regulatory mechanisms are struggling to
keep up. It\'s like we\'re trying to govern the age of AI and CRISPR
with rulebooks written for the Industrial Revolution. The gap between
technological capability and policy preparedness is widening by the day,
and that gap is filled with both tremendous opportunities and
significant risks. The thing that gives me hope though is the army of
public servants and civic-minded technologists committed to closing this
gap.

But wait, there\'s more! (I promise I\'m not trying to sound like a
late-night infomercial, but the urgency is real, folks.) This
technological acceleration isn\'t happening in a vacuum. It\'s occurring
against a backdrop of increasing geopolitical tensions and a shifting
global order.

Technology isn\'t just shaping our everyday lives; it\'s becoming the
centerpiece of national security strategies and economic competition.
Countries are racing to achieve dominance in biotechnology, AI, quantum
computing, and other emerging fields, recognizing that leadership in
these areas could determine the balance of power in the 21st century and
beyond.

We\'re seeing technology weaponized in new forms of warfare, from
sophisticated cyber attacks to AI-powered disinformation campaigns. The
lines between private tech companies and national interests are
blurring, raising questions about data sovereignty, digital rights, and
the role of tech giants in global affairs.

In short, we\'re at a pivotal moment where the rapid evolution of
technology is colliding with slow-moving policy processes and escalating
global competition. The decisions we make now -- about how we develop,
deploy, and govern these technologies -- will shape the trajectory of
human progress for decades to come.

That\'s why we need this conversation. That\'s why we need to bridge the
gap between the tech visionaries pushing the boundaries of what\'s
possible and the policymakers grappling with how to ensure these
advancements benefit society as a whole. And that\'s why I\'m writing
this.

## **What to Expect from \"Co-Evolution: Tech, Policy, and our Lives\"**

So, what can you expect from this? Here\'s a taste of what we\'ll be
exploring:

1.  **Tech Deep Dives**: We\'ll break down complex emerging technologies
    -- think AI, synthetic biology, quantum computing -- and explore
    their potential impacts on society, the economy, and geopolitics. No
    PhD required; I promise to keep things accessible while still diving
    deep.

2.  **Policy Analysis**: We\'ll examine current and proposed policies
    related to emerging tech, both in the U.S. and globally. We\'ll look
    at what\'s working, what\'s not, and what new approaches might be
    needed.

3.  **Geopolitical Implications**: How are different countries
    approaching the governance of emerging tech? What does the race for
    technological supremacy mean for global stability? We\'ll explore
    these questions and more.

4.  **Ethical Quandaries**: Many of these technologies raise profound
    ethical questions. We\'ll dive into these dilemmas, examining
    different perspectives and considering how we might navigate these
    choppy moral waters.

5.  **Interviews and Guest Posts**: I\'ll be bringing in experts from
    both the tech and policy worlds to share their insights and
    perspectives. Expect to hear from AI researchers, biotech
    entrepreneurs, cybersecurity experts, diplomats, and more.

6.  **Future Scenarios**: Sometimes, the best way to grapple with the
    implications of emerging tech is to imagine possible futures. We\'ll
    engage in some structured speculation, exploring potential scenarios
    and their implications for policy and society.

7.  **Action Items**: This isn\'t just about passive consumption of
    information. I\'ll be suggesting ways you can get involved, whether
    that\'s participating in public comment periods on proposed
    regulations, supporting relevant non-profits, engaging with your
    local policymakers, or finding your way into government.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

## **Why This Matters (And Why You Should Care)**

Now, you might be thinking, \"This all sounds interesting, but why
should I, as an individual, care about the intersection of emerging tech
and public policy?\"

Great question. Here\'s why I believe this topic is crucial for
everyone, not just techies and policy wonks:

1.  **It\'s Shaping Your Future**: Whether you realize it or not, the
    interplay between emerging tech and policy is already shaping your
    future. It\'s influencing the jobs that will be available, the
    skills that will be valuable, and the challenges and opportunities
    you\'ll face in your personal and professional life.

2.  **It\'s About Values**: How we choose to develop and govern
    technology is ultimately a reflection of our values as a society. Do
    we prioritize innovation at all costs, or do we place equal emphasis
    on equity and ethics? These are decisions we all have a stake in.

3.  **It\'s a Matter of Democracy**: In an age where technology is
    increasingly central to our lives, understanding these issues is
    crucial for informed citizenship. We need a populace that can
    critically evaluate the implications of new technologies and the
    policies governing them.

4.  **It\'s About Human Progress**: The technologies we\'re talking
    about have the potential to solve some of humanity\'s greatest
    challenges -- from climate change to disease. But they also carry
    risks. How we navigate this will determine the course of human
    progress in the 21st century.

5.  **It\'s Interconnected**: The issues we\'ll discuss don\'t exist in
    isolation. They\'re connected to everything from economic policy to
    foreign relations to environmental sustainability. Understanding
    these connections can provide valuable context for making sense of
    our complex world.

## **A Personal Note: Why I\'m Passionate About This**

Before we wrap up this (admittedly lengthy) welcome post, I want to
share a bit about why I\'m so passionate about this topic.

My journey into this space began when I was in grad school studying the
earliest applications of generative AI to the life sciences. Since then,
I\'ve had a series of very fortunate opportunities to work in the U.S.
Intelligence Community, [lead the first biotechnology
strategy](https://www.defense.gov/About/Biographies/Biography/Article/1845752/)
for the Department of Defense, support a [global pandemic
response](https://cloud.google.com/blog/topics/public-sector/three-lessons-learned-year-covid-19-response),
and serve as a
[Commissioner](https://www.biotech.senate.gov/bio-alexander-titus/) on
the [National Security Commission on Emerging
Biotechnology](https://www.biotech.senate.gov/).

But what really drives me is the belief that we\'re living through a
pivotal moment in human history. The technologies we\'re developing have
the potential to solve our greatest challenges or exacerbate our worst
tendencies. The policies we craft will determine which path we take.

I\'m writing on these topics because I believe that by fostering a more
informed and nuanced conversation about these issues, we can help steer
ourselves toward a better future. I believe that by bridging the gap
between the tech world and the policy world, we can develop approaches
that harness the benefits of innovation while mitigating the risks.

And most of all, I believe that this conversation needs diverse voices.
It needs people from all backgrounds, with different perspectives and
experiences. It needs you.

## **Join the Conversation**

So, if you\'re still with me after this mammoth welcome post (kudos to
you!), I invite you to join me on this journey. Here\'s what you can
expect:

- Regular deep dives into emerging technologies and their policy
  implications

- Interviews with leading thinkers in tech and policy

- Analysis of breaking news at the intersection of tech, policy, and
  geopolitics

- Occasional \"future scenario\" thought experiments

- A community of curious, engaged readers wrestling with these big
  questions

If this sounds like your cup of tea (or coffee, or yerba mate -- no
judgment here), then welcome aboard! Hit that subscribe button, and
let\'s dive into the fascinating, crucial, and ever-evolving nexus of
technology and policy.

[Subscribe
now](https://www.connectedideasproject.com/subscribe?){.button .primary}

Got questions? Ideas for topics you\'d like to see covered? Just want to
say hi? Drop me a line at newsletter@theinvivogroup.com. I\'m excited to
embark on this journey with you.

Here\'s to navigating the future, one newsletter at a time.

Cheers,

-Titus

P.S. If you found this interesting, please share it with friends or
colleagues who might enjoy it too. The more diverse perspectives we have
in this conversation, the better!


The National Security Commission on Emerging Biotechnology (NSCEB) has
produced an interim report that focuses on the potential of
biotechnology to transform society and improve national security. The
report discusses the United States' longstanding leadership in
biotechnology, the challenges posed by China's rapid advancements in the
field, and the need for the U.S. Government to develop a comprehensive
strategy to address the risks and opportunities of emerging
biotechnologies. The NSCEB examines areas such as regulatory oversight,
workforce development, international cooperation, and responsible
innovation, and provides concrete recommendations for government action.
The report aims to ensure that the U.S. remains a global leader in
biotechnology while safeguarding against potential misuse and promoting
responsible use.

<div>

------------------------------------------------------------------------

</div>

*Read the NSCEB white paper
[here](https://www.biotech.senate.gov/press-releases/interim-report/)*

> After its first year of work, the U.S. National Security Commission on
> Emerging Biotechnology is pleased to publicly share its first report.
>
> Throughout 2024, the Commission will work to advance the early ideas
> presented in this report, culminating in a comprehensive report to
> Congress in December 2024.
>
> Biotechnology has the potential to bolster economic development in
> every community. If we capitalize on this unique opportunity, we can
> make this century the age of biology. A thriving biotechnology
> industry will enhance U.S. national security, strengthen and diversify
> the U.S. economy, and bolster a growing workforce. The Commission's
> recommendations, when implemented, will ensure that the United States
> continues to lead the world in biotechnology development and
> deployment.

<div>

------------------------------------------------------------------------

</div>

*The podcast audio was AI-generated using [Google's
NotebookLM](https://notebooklm.google/)*
