Determine whether recent research-success trends persist

Determine whether the recent rate-of-progress trend in a scientific research program will continue once new experimental resources or facilities become available, particularly when evaluating the ex-ante pursuitworthiness of high-energy particle-physics research.

Background

The paper criticizes Laudan’s rate-of-progress criterion because it extrapolates from a research program’s past performance to its future prospects. This extrapolation is crucial for ex-ante assessments of pursuitworthiness, but a weak or stagnant recent record may not reliably indicate what will happen after researchers gain access to new instruments or higher-energy regimes.

The issue is illustrated by proposals for new multi-billion-dollar particle colliders after more than a decade without conclusive evidence of new particles following the Higgs-boson discovery. The unresolved question is whether the observed lack of progress will persist or whether new machines could reopen promising experimental territory.

References

However, that weak track record is certainly not sufficient to deny proposals of new colliders, because it is unclear whether that trend will continue once physicists have new machines available to probe higher energy regimes.

— Scientific Promise  (2609.11267 - Fischer, 10 Sep 2026) in Section 2.2, discussion following the rate-of-progress criterion