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Academic Evaluation
This article presents a structural analysis of the crisis faced by contemporary science. It shows that its success in controlling physical phenomena has not been matched by a similar capacity to address human and social phenomena. What distinguishes this contribution is that it does not rely on an external critique of science, but rather evaluates it from within, highlighting that the crisis lies in reducing phenomena to their quantitative–mechanical dimension and excluding other observable regularities.
The innovative element here is the emphasis on the direct relationship between the limitations of the material paradigm and the weakness of the human sciences—an approach that opens the way for rethinking the very structure of science.
Problem Statement
The experimental method on which modern science was built has proven extremely effective in explaining and controlling phenomena in the natural sciences. However, this method, confined within narrow material boundaries, has revealed its incapacity in the domain of the human sciences, where mechanical causality alone is insufficient to explain the order of human beings and societies.
(We have addressed this issue philosophically in the article Existence Beyond Matter: Tawḥīd as a Rational Necessity in Takamolya Thought.)
The central issue is: How can the crisis of reductionism be overcome without losing the scientific rigor that granted modern science its success?
Keywords
Material paradigm – Experimental method – Human sciences – Crisis of science – Mechanical reductionism – Functional order – Interpretive structure – Epistemic Takamolya.
Article
1. Introduction: Conditional Successes
Modern science achieved remarkable breakthroughs through the experimental method, based on careful observation and quantitative measurement. These successes in physics, chemistry, and engineering convinced the scientific community that the material paradigm was sufficient to explain all of reality. Yet when research extended to human and social phenomena, challenges emerged that this paradigm could not resolve.
2. The Limits of the Material Paradigm
Relied on causal descriptions and repeatable measurements.
Focused on “How does it work?” while neglecting “What role does it play in the broader order?”
Its strength appeared in the natural sciences, but its limitations became evident in the study of human beings and societies.
3. The Impact of Reductionism on the Human Sciences
This outlook produced methodological fragility in the human sciences.
They were labeled “soft sciences” for lacking firm criteria of verification.
Their methods multiplied and conflicted, often falling under the influence of ideology and culture.
The result: difficulty in building coherent and applicable knowledge.
4. The Broader Dimension of the Crisis
The success of the material paradigm was not without cost. While it produced effective technical tools, it failed to provide a comprehensive framework for understanding the order of human and social phenomena. The crisis lies not in the tools of science, but in its interpretive structure, which confined it to a single dimension while excluding others.
5. The Need to Overcome Reductionism
This does not mean that the material paradigm is false, but rather that it is insufficient. What is required is the expansion of the scientific horizon to include functional order and the broader dimension of roles—so that science remains rigorous in its experimental method, yet more comprehensive in its interpretive scope.
This expansion is what will pave the way for a Takamolya scientific paradigm, which will be the subject of the next article.
(See also: Phenomena of Wisdom and the Order of Roles: The Missing Dimension in Scientific Research and Takamolya Wisdom: Rebuilding Reason toward a Functional Vision of Existence.)
Conclusion
The crisis of contemporary science is not a crisis of tools or measurements but a crisis of an interpretive structure that reduced phenomena to their mechanical dimension. As a result, the natural sciences succeeded in producing solid knowledge, while the human sciences remained fragile.
This diagnosis points to the need for rebuilding the scientific paradigm in a way that allows for the recognition of functional order and broader roles—without abandoning the experimental rigor that underpinned modern science’s success. Thus, it becomes clear that the crisis is not merely a technical shortcoming but a crossroads between an absurd vision and a Takamolya–tawḥīdī vision, as discussed in the article on Takamolya Wisdom.
References
Mahfouz, Jalal (2024). The Best Choice: The Takamolya Project (Critical Existentialism). Chapter 2.
Center for Foundational Sciences – Full Foundational Document – Annex 3.
Kuhn, Thomas S. The Structure of Scientific Revolutions.
Habermas, Jürgen. The Philosophical Discourse of Modernity.
