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Why Sarnak’s and Chowla’s Conjectures Fail: A Topological & Dynamical Breakpoint 7 min read
  • Jas, the Physicist
sarnak • chowla • burns law

Why Sarnak’s and Chowla’s Conjectures Fail: A Topological & Dynamical Breakpoint

In analytical number theory and modern ergodic theory, few statements carry as much foundational weight as Sarnak’s Möbius Disjointness Conjecture and Chowla’s Conjecture. Together, they form the bedrock of what mathematicians call the Möbius Randomness Principle—the foundational assertion that the sequence of prime factors, when mapped through
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THE JTPMATH PROTOCOL: Debugging Institutional Fraud Through High-Resolution Analytics and AI-Augmented Law 6 min read
  • Jas, the Physicist
lambda law • lambdaOS

THE JTPMATH PROTOCOL: Debugging Institutional Fraud Through High-Resolution Analytics and AI-Augmented Law

We are currently operating in an era where institutional sociopathy is the default operating system of the corporate world. From predatory university bureaucracies to multi-million-dollar corporate real estate conglomerates in Manhattan, the modern administrative state relies on a single, fragile assumption to maintain its power: the assumption of
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Jas, the Physicist

Jas, the Physicist

Jas is a mathematical physicist and the founder & CEO of JTPMATH, INC. With a dedication to clarity and creativity, she explores the intersection of theoretical mathematics with physics, chemistry and artificial intelligence.

LambdaOS

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    The first instance of JTPMATH's augmented-mathematics research and artificial intelligence, LambdaOS used GPT as its kernel from 2024-2026.

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