Quantum Parallels in Culture: Observation, Uncertainty, and Reality
Year: 2025
Type: article
Abstract: In 1927, Heisenberg told us that as we try to pin down the position of a particle, the momentum gets reduced, is mathematically expressed as, ∆x. ∆p ≥ h/ 4π reveals the fundamental limitations of simultaneously measuring position and momentum, demonstrating that observation fundamentally shapes reality. Likewise, this piece also tries to showcase that cultural systems operate under a similar dynamic. The uncertainty in cultural interpretation can be represented as ∆C. ∆I ≥ k where ∆C denotes uncertainty in cultural context, ∆ I represents uncertainty in interpretation, and k is a constant analogous to h/ 4π. Interdisciplinary methodology, including theoretical analysis and case studies, is the backbone of this proposal. The piece explores how observation and interpretation (in cultural contexts) collapse multiple possibilities into singular narratives. The proposal tries to build a similar notion of the observer effect in quantum mechanics that observation shapes reality. This framework, termed “Cultural Quantum Mechanics,” symbolizes that observation is not passive but an act of creation, offering a novel lens to analyse the interplay of uncertainty and perception across disciplines.
Author: Chandralekha Deshmukh
Language: English
Subfield: Atomic and Molecular Physics, and Optics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7075937098
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