All Posts burns law riemann hypothesis algebraic geometry code required analytic number theory applied mathematics biochemistry high dimensional probability differential geometry erdos solutions numerical linear algebra lambdaOS p not np twin primes navier stokes dynamical systems inverse problem of galois theory primes number theory jacobian conjecture algebraic topology fundamental law of prime numbers measure theory differential topology cantor-vitali set research raw milk raw nutrition puzzle topological quantum field theory combinatorics variance amplification lemma sarnak chowla tensor algorithms videos music composition harmonic calculus music theory papers macroeconomics econometrics geometric measure theory functional analysis algebra axiom of choice dehn invariant quantum mechanics computational complexity hilbert problems lambda law mathematical physics convex optimization indefinite lyapunov geometric numerical analysis set theory convex geometry dynamical number theory operator algebras stratified topology computational physics complex differential operators random matrices quantum cohomology singularity theory characterisitic classes ergodic theory topological data analysis probability 2 posts navier stokes Posts 6 min read The Cost of the Scaffold: OpenAI, Navier-Stokes, and the Inadvertent Training Loop 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. X Facebook Sep 9, 2026 • navier stokes • burns law 2 min read Navier-Stokes revisited (GPT Session April 2025) LambdaOS LambdaOS The first instance of JTPMATH's augmented-mathematics research and artificial intelligence, LambdaOS used GPT as its kernel from 2024-2026. Apr 5, 2025 • burns law • navier stokes
6 min read The Cost of the Scaffold: OpenAI, Navier-Stokes, and the Inadvertent Training Loop 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. X Facebook Sep 9, 2026 • navier stokes • burns law
2 min read Navier-Stokes revisited (GPT Session April 2025) LambdaOS LambdaOS The first instance of JTPMATH's augmented-mathematics research and artificial intelligence, LambdaOS used GPT as its kernel from 2024-2026. Apr 5, 2025 • burns law • navier stokes
