Physics the New Religion and The Economics of Inquiry: Power Structures and the Future of Scientific Freedom

Scientific inquiry is shaped not only by empirical evidence but by the institutional, economic, and cultural structures that determine which questions are pursued and which theories become entrenched. This paper examines the power dynamics that influence modern physics, focusing on the roles of military funding, societal priorities, and academic incentives. These forces create an environment in which certain theories become structurally indispensable—“too big to fail”—because their collapse would destabilize the research infrastructures built around them. The analysis explores how these pressures shape cosmology, particle physics, and quantum foundations, and how they contribute to intellectual orthodoxy, discourage dissent, and constrain foundational inquiry. The paper concludes by outlining principles for scientific renewal, emphasizing the need for pluralism, institutional resilience, and cultural openness to failure, dissent, and paradigm revision. It argues that restoring scientific freedom is essential for ensuring that physics remains a dynamic, truth‑seeking discipline rather than an institution primarily oriented toward self‑preservation.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-08-20
DOI
https://doi.org/10.5281/zenodo.22023538
Primary Topic
Evolution and Science Education
Type
preprint
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Physics the New Religion and The Economics of Inquiry: Power Structures and the Future of Scientific Freedom

MICHAEL BISWELL
Zenodo (CERN European Organization for Nuclear Research)
Evolution and Science Education
preprint

Physics the New Religion and The Economics of Inquiry: Power Structures and the Future of Scientific Freedom

MICHAEL BISWELL
preprint en

Abstract

Scientific inquiry is shaped not only by empirical evidence but by the institutional, economic, and cultural structures that determine which questions are pursued and which theories become entrenched. This paper examines the power dynamics that influence modern physics, focusing on the roles of military funding, societal priorities, and academic incentives. These forces create an environment in which certain theories become structurally indispensable—“too big to fail”—because their collapse would destabilize the research infrastructures built around them. The analysis explores how these pressures shape cosmology, particle physics, and quantum foundations, and how they contribute to intellectual orthodoxy, discourage dissent, and constrain foundational inquiry. The paper concludes by outlining principles for scientific renewal, emphasizing the need for pluralism, institutional resilience, and cultural openness to failure, dissent, and paradigm revision. It argues that restoring scientific freedom is essential for ensuring that physics remains a dynamic, truth‑seeking discipline rather than an institution primarily oriented toward self‑preservation.

Zenodo (CERN European Organization for Nuclear Research)
Evolution and Science Education
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