When logic is no longer the obstacle

This conceptual essay examines a recurrent but rarely explicit obstacle in the history of science: the human resistance to logically closed results. It argues that certain scientific difficulties persist not because of insufficient formalism or empirical data, but because accepting a coherent resolution can demand a costly process of conceptual and psychological unlearning. Using the case of quantum gravity as a guiding example, the text explores how long-standing theoretical tensions may signal a misplacement of the ontological point of departure rather than a lack of technical sophistication. It proposes that when a minimal and coherent framework resolves multiple independent problems simultaneously, continued resistance often shifts from the scientific domain to the human one. The essay does not introduce new mathematical models or empirical claims. Instead, it offers an ontological and epistemological analysis of why closed structures—once reached—are frequently resisted, delayed, or reframed as open problems. It situates this resistance within broader patterns of scientific practice, identity investment, and the difficulty of abandoning familiar conceptual frameworks. Rather than seeking to persuade, the text aims to clarify the conditions under which a scientific problem ceases to be theoretical and becomes a question of acceptance. It is intended as a conceptual companion to more formal work on foundational issues in physics and as a reflection on the human dimensions of scientific progress.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-02-01
DOI
https://doi.org/10.5281/zenodo.18452124
Primary Topic
Quantum Mechanics and Applications
Type
article
Field-Weighted Citation Impact
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article

When logic is no longer the obstacle

Sebastien Meurisse
Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
article

When logic is no longer the obstacle

Sebastien Meurisse
article en

Abstract

This conceptual essay examines a recurrent but rarely explicit obstacle in the history of science: the human resistance to logically closed results. It argues that certain scientific difficulties persist not because of insufficient formalism or empirical data, but because accepting a coherent resolution can demand a costly process of conceptual and psychological unlearning. Using the case of quantum gravity as a guiding example, the text explores how long-standing theoretical tensions may signal a misplacement of the ontological point of departure rather than a lack of technical sophistication. It proposes that when a minimal and coherent framework resolves multiple independent problems simultaneously, continued resistance often shifts from the scientific domain to the human one. The essay does not introduce new mathematical models or empirical claims. Instead, it offers an ontological and epistemological analysis of why closed structures—once reached—are frequently resisted, delayed, or reframed as open problems. It situates this resistance within broader patterns of scientific practice, identity investment, and the difficulty of abandoning familiar conceptual frameworks. Rather than seeking to persuade, the text aims to clarify the conditions under which a scientific problem ceases to be theoretical and becomes a question of acceptance. It is intended as a conceptual companion to more formal work on foundational issues in physics and as a reflection on the human dimensions of scientific progress.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 68%
Quantum Mechanics and Applications
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