Aeon in Motion
The theme of this issue is Selectivity.
Every institution, whether it admits it or not, is defined by its filters: who is invited in, who is left out, and what signals are used to decide. Many of the institutional structures in modern science—from funding bodies to academic journals—have, through a kind of natural selection of practices and incentives, drifted toward systems that favor prestige, incrementalism, and conformity to established thinking. These biases may not be overt, but they are real: the data shows a flood of incremental progress, even as transformative discoveries become harder to pursue. Consider the rising investment and sheer number of researchers dedicated to developing a single new drug, or the dramatic increase in total researchers worldwide compared to the relatively flat output of paradigm-shifting work.
Some lessons worth highlighting:
- Not Selecting ≠ Inclusive: When institutions claim that “all applications are welcome” and “treated equally,” selection criteria default to the status quo—in effect, allowing hidden forces to take over. Prestige hierarchies, biased peer review, and entrenched structures end up deciding who gets supported. Inclusivity comes not from avoiding selectivity, but from making thoughtful, ever-evolving choices about what and whom to elevate.
- Experimenting with Filters: Venture capital is far from perfect, but one of its underappreciated strengths is the diversity of its theses. Thousands of different investors, each with their own selection criteria, compete and iterate. This combination of breadth and experimentation creates resilience in a landscape defined by uncertainty. A science funding ecosystem needs the same: multiple, competing filters instead of a small number of monolithic gatekeepers.
- Constraints are Real: Funding for innovation will never be infinite. Public and private funders alike want to know that someone is exercising judgment on their behalf. They invest when the selection criteria of the agent matches their own innovation goals. In this sense, selectivity is not optional—it is the necessary bridge between ambition and resourcing.
- Permission to Be Wrong: A healthy ecosystem recognizes that selection can’t be perfect. What matters is creating space to be wrong without catastrophic penalty. Funders need the freedom to back bold bets, miss sometimes, and learn—building the human capital and improving the systems that guide future decisions. Punishing failure too harshly stifles not only the funder, but the whole ecosystem’s ability to evolve.
For Project Aeon, the question isn’t whether to be selective—it’s how to design selection differently. The goal is not to crown a handful of “Great People,” but to create filters that surface hidden talent, invite genuine divergent thinking, and enable a portfolio of long-horizon bets where the boldest ideas have a real chance to breathe.
The Idea Garden
Why basic science deserves our boldest investment
The piece argues that basic science funding is reaching a crisis point in the U.S., with fewer resources and growing structural barriers even as society depends heavily on foundational research. It warns that as drug discovery, medical breakthroughs, and technological innovation demand ever more investment—both in money and human capital—the rate of high-impact discoveries is stagnating. The author calls for bold, sustained commitment to basic science: not just incremental funding or temporary fixes, but long-term strategy that values curiosity, preventive research, and the unseen groundwork that enables breakthroughs.
Pace Layering: How Complex Systems Learn and Keep Learning
Stewart Brand’s classic essay on pace layers offers a powerful way to see—and communicate—the rhythms of change. Fast layers, like fashion and commerce, evolve quickly and capture our daily attention: the new iPhone, the latest LLM, the next headline. But slower layers—governance, culture, infrastructure—move over decades. Over the past 40 years, these slow foundations of science have shifted in ways that constrain productivity. Pace layers remind us that if we want breakthroughs at the fast layer, we must also tend to the slower strata that sustain them.
The Sunlight Budget of Earth - Asimov Press
Sam Clamons’ essay “The Sunlight Budget of Earth” is a reminder that the frontiers of science sit atop staggering abundance. Every second, the Earth receives vastly more solar energy than humanity currently captures. All of agriculture, forestry, and solar panels together harness only a sliver. Wild ecosystems do better, but even they barely scratch the surface. The piece offers a striking lens: if we could capture just fractions more of the sun’s output, entire new frontiers in biotechnology, energy, and planetary stewardship would open.
The Case for Optimism
Kevin Kelly’s Case for Optimism argues that optimism is not naïveté but alignment with reality: what is unknown will always dwarf what we already know. Every scientific answer multiplies the questions that follow, expanding our ignorance faster than our knowledge. That asymmetry is grounds for hope. If latent solutions to today’s and tomorrow’s most urgent problems are far more numerous and powerful than we can currently imagine, then optimism is a rational stance—the posture that keeps us open to discovering them.