U.S. science is in chaos
The Collapse of the American Scientific Compact
By Adam Rogers | Edited by Clara Moskowitz Originally published in Scientific American, June 16, 2026
The traditional agreement between the United States government and the scientific community—a pact ensuring the pursuit of knowledge regardless of political winds—has effectively shattered. This report is part of The Young American Scientists series, exploring the trajectories of 28 trailblazing researchers and the systemic instability currently plaguing U.S. innovation.
Case Study: The AXIS Telescope
For Christopher Reynolds, an astronomer at the University of Maryland, the crisis became personal when his life's work faced extinction. Nine years in the making, the Advanced X-ray Imaging Satellite (AXIS) was designed as a billion-dollar orbital observatory to probe the dawn of the universe, focusing on:
- The genesis of the first black holes.
- The early mechanisms of galaxy formation.
- The deployment of cutting-edge
single-crystal siliconx-ray mirrors.
In October 2024, the project seemed secure with a $5-million NASA grant. However, the arrival of the Department of Government Efficiency (DOGE) triggered a catastrophic "brain drain."
The Anatomy of a Project's Collapse
Reynolds describes a surreal environment where the remaining team was left scavenging through slide decks to understand the technical progress made by departed colleagues.
The Macroeconomic Shock to Research
While private philanthropy and corporate investment play roles, the federal government provides approximately of all funding for "blue-sky" exploratory research. When President Donald Trump proposed massive science cuts, the impact was immediate.
The funding line for AXIS was completely funded zeroed out.
While Congress typically handles the final appropriations, agency leadership shifted their priorities to mirror the president's requests almost instantly. This led to a cascade of failures:
- Reassignment: Engineers were moved to "safe" projects.
- Bottlenecks: Cost estimates were delayed until September 2025.
- Time Crunch: Following a government shutdown in November, the team had a mere two-week window to slash their budget—an impossible task.
The Scale of the Devastation
| Metric | Impact/Status |
|---|---|
| Federal Workforce | scientists have departed |
| Grant Status | grants in limbo |
| Financial Loss | \approx \1.4$ billion in frozen/canceled funds |
| Agency Output | NSF & NIH awarding only of usual grants |
| NIH Proposals | Massive drop in Notices of Funding Opportunity (NOFOs) |
The Human and Professional Toll
The atmosphere within the scientific community is characterized by a mixture of shock and rage. This isn't merely about the difficulty of competitive grants—which has always been the norm—but about the arbitrary nature of current cancellations.
"We are witnessing a generational shift in the American approach to discovery."
A survey by STAT highlighted the precariousness of the current era:
- of NIH grant recipients reported funding disruptions (freezes, delays, or reductions).
- of tenure-track researchers fear these disruptions will tank their productivity, making tenure unattainable.
The Politicization of Inquiry
For the first time, funding is being weaponized based on political language. Specifically, grants containing references to Diversity, Equity, and Inclusion (DEI) are being targeted.
Example: The Social Determinants of Health Jenna Norton of the NIDDKD spent over a decade studying how structural inequalities impact biology. Her research focused on the "Social Determinants of Health" (SDOH), which can be conceptualized as:
Norton's work highlighted how systemic racism in housing (redlining) forced nonwhite populations into areas with:
- Higher proximity to toxic industrial sites.
- Increased exposure to highway pollution.
- Lack of basic urban amenities and sidewalks.
Current Status: This entire vein of research has been and shut down due to its political framing.
Visualizing the Crisis

Figure 1: The fragility of the current scientific infrastructure.

Figure 2: The intersection of finance, politics, and laboratory research.