Aeon in Motion
The theme of this issue is Beginnings.
One of the most enduring scientific institutions of the last century began not with a lab or a grant, but with a dinner meeting. In 1888, a group of scientists and explorers gathered at the Cosmos Club in Washington, D.C., to form the National Geographic Society—a club dedicated to the “increase and diffusion of geographical knowledge.” From that modest beginning grew an organization whose reach extended to hundreds of millions of people across the globe, publishing in 33 languages and broadcasting in over 170 countries.
The lesson for Project Aeon is that momentum must be designed, cultivated, and protected if an institution is to grow beyond its starting circle. National Geographic’s trajectory shows how small beginnings can compound when the right structures are in place. Each decision—to professionalize publishing, to invest in storytelling, to partner strategically—created momentum that carried the Society forward. The same pattern can be seen in more recent grassroots experiments that started from tiny seeds and grew into institutions of massive global impact:
- Bitcoin: In 2008, Bitcoin began as an obscure idea shared among a small group of cryptography enthusiasts on online message boards. What started as a grassroots experiment in digital currency has grown into a trillion-dollar asset class, reshaping global conversations about money, sovereignty, and trust. Its trajectory shows how tiny, distributed beginnings can scale into movements that alter entire financial systems.
- Linux: In 1991, Linus Torvalds released a few thousand lines of code to a mailing list of software hobbyists, inviting others to tinker with it. That open-source seed grew into the Linux operating system, which now underpins everything from smartphones to supercomputers to the internet itself. Its impact demonstrates how openness and community governance can turn a modest experiment into the backbone of modern technology.
- Wikipedia: Wikipedia launched in 2001 with a handful of volunteer contributors testing whether strangers on the internet could build a reliable knowledge base together. Two decades later, it hosts over 60 million articles in 300 languages, attracting billions of visits each month. Its impact has been to radically democratize access to knowledge, making it one of the most widely used educational tools in history.
For us, learning from other beginnings means recognizing that momentum is something we engineer, not just hope for. By looking closely at how others built and sustained motion—where they succeeded and where they stumbled—we can extract the design principles that matter. The goal isn’t to imitate legacy institutions, but to design Aeon’s own flywheel: one that keeps gathering force, decade after decade, in service of paradigm-shifting science for all people, all species, and the planet.
The Idea Garden
Using X-Labs to Unleash AI-Driven Scientific Breakthroughs | IFP
The Institute for Progress recently released a series of thought pieces under the banner "The Launch Sequence"—with each piece proposing a new way to accelerate science while making use of existing or expected advancements in artificial intelligence. This paper struck a chord with our team, highlighting how, regardless of how fast or how far AI advances, new scientific institutions will be needed in every case to maximize the potential positive impact.
Securing American Innovation by Improving Research Security | The Foundation for American Innovation
The security of scientific research is a polarizing topic. Classically, the great advances of science have been seen as being "owned" by no particular entity. But as great power competition heats up, it is once again on the docket of policymakers and administrators. This piece highlights both the stakes of the game and potential solutions. Sadly, though, many of the proposals seem to rely on institutions that have recently suffered budget cuts and reductions in force—hardly the time to expect them to execute additional responsibilities, no matter how critical they might be.
Academic Freedom, Private-Sector Focus, and the Process of Innovation | NBER
For our paper this newsletter, we're highlighting work that covers a question we grapple with daily: "How can one structurally promote divergent, high-impact research?" While science (and other industries) have often been built atop "Great Person" theory, what if many more scientists were capable of highly-disruptive, high-impact work, but were being constrained by structural factors? This paper dives into how such factors can influence innovation, with great insights and takeaways.