Drew Farwell is an independent researcher whose work focuses on the foundational assumptions underpinning modern physics and the mathematics of identity, discreteness, and emergent structure. His recent book, A ≠ A: The Insanity of Infinity, examines the consequences of relaxing the continuity assumptions quietly embedded in calculus, measurement, and composition. By exploring the intrinsic “entropy cost” of identity through time, Farwell argues that non-stationarity may offer a simpler and more testable explanation for phenomena currently modeled as “dark” or unobserved.
Originating from applications in special relativity, Lorentz contraction, and the behavior of asymptotes, Farwell’s work proposes that small deviations in identity across infinitesimal intervals accumulate into measurable effects. This approach reframes longstanding puzzles, including the apparent need for dark matter, runaway “infinities” in theoretical models, and symmetry-breaking in high-energy systems, as consequences of mismodeled additivity rather than exotic new substances.
A ≠ A: The infinite Insanity of Identity Available on Amazon:
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