Conditional approval replacing merit-based evaluation as primary mechanism for managing geopolitical risk in cross-border research

str 8 12/31/2099 · 1 article

structural · regulatory · economic · AI, Science & Technology · US, CN, DE

Analysis

Evaluators systematically downgrade research proposals based on collaborator nationality rather than scientific quality, shifting from unconditional to conditional approval. Rather than outright rejection, they impose additional safeguards and normative requirements on China-based collaborations, creating a tiered approval system where geopolitical risk is managed through conditions (surveillance, security screening, public-good requirements) rather than exclusion. This upstream gatekeeping mechanism operates independently of peer review, export controls, or classification status, suggesting geopolitics is reshaping collaboration networks at the decision point before projects begin.

Key actors

US policymakersUS-based scientistsNSF

Source article

Geopolitics in the evaluation of international scientific collaboration | CEPR

CEPR — World Order and Systems · — · extracted in run pdf-import-undated-1779224753682-107 · 5/19/2026, 10:47:51 PM

"unconditional support drops from 68.2% for US–Germany collaborations to 27.6% for otherwise identical US–China collaborations" [68.2%]

The 40-point gap in unconditional support for identical proposals differing only in collaborator nationality directly quantifies the geopolitical penalty applied at the evaluation stage, independent of scientific merit.

"For China-based collaborations, 59.8% of policymakers and 65.8% of scientists prefer conditional funding" [59.8%]

The majority preference for conditional rather than rejected funding shows that geopolitical gatekeeping operates primarily through conditional approval, not exclusion, creating a new category of restricted-but-permitted collaboration.

Reasoning from this article

The article presents experimental evidence that geopolitical risk assessment has become a primary evaluation criterion in US scientific funding, operating upstream of actual collaboration. The consistency of the penalty across fields, respondent types, and even among Asian scientists indicates this is not field-specific security concern or demographic bias, but a systematic country-based gatekeeping mechanism. This reshapes which international partnerships form, independent of formal policy changes.

The article reveals that geopolitical risk management in science is not binary (allow/deny) but graduated through conditionality. Respondents impose security screening, surveillance prohibitions, and global public-good requirements on China collaborations that are absent for Germany partnerships. This creates a de facto tiered system where geopolitical risk is priced in through additional compliance burdens rather than outright barriers, allowing collaboration to continue under heightened scrutiny.