Jerome Busemeyer

Central architect of the quantum-cognition program: co-author of the 2014 PNAS paper establishing the QQ-equality order-effect result (claim-question-order-effects-follow-quantum-qq-equality) and of the general hypothesis — that quantum-like models can account for both question-order effects and the conjunction fallacy — that Boyer-Kassem et al. (2016) subsequently reject (claim-boyer-kassem-refutation-rejects-non-degenerate-and-degenerate-models). His work is the load-bearing target on both sides of the vault's quantum-cognition scope-limit thread: the source of its strongest confirmed success and its clearest documented failure.

References

• claim-question-order-effects-follow-quantum-qq-equality · claim-quantum-like-models-fail-conjunction-fallacy · claim-boyer-kassem-refutation-rejects-non-degenerate-and-degenerate-models · claim-quantum-opinion-model-reduces-to-friedkin-johnsen
• question-quantum-cognition-conjunction-fallacy-fatal-or-scope-limit
• Related hub: entity-thomas-boyer-kassem
• Captures: 2026-07-09-hop-quantum-opinion-dynamics, 2026-07-19-is-the-conjunction-fallacy-failure-of-quantum-like