All Posts burns law riemann hypothesis analytic number theory algebraic geometry high dimensional probability applied mathematics numerical linear algebra lambdaOS inverse problem of galois theory differential geometry code required dynamical systems erdos solutions primes number theory twin primes fundamental law of prime numbers measure theory probability research puzzle topological quantum field theory cantor-vitali set convex geometry computational physics raw milk biochemistry raw nutrition p not np variance amplification lemma sarnak chowla combinatorics videos music composition harmonic calculus music theory set theory functional analysis algebra axiom of choice dehn invariant quantum mechanics computational complexity lambda law mathematical physics convex optimization indefinite lyapunov geometric numerical analysis topological data analysis geometric measure theory dynamical number theory operator algebras stratified topology complex differential operators tensor algorithms random matrices quantum cohomology singularity theory characterisitic classes ergodic theory 1 post music theory Posts 4 min read From Metaphor to Calculus: Formalizing Musical Shape and Harmonic Derivatives in Tonal Analysis 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 Aug 8, 2026 • music composition • harmonic calculus • music theory
4 min read From Metaphor to Calculus: Formalizing Musical Shape and Harmonic Derivatives in Tonal Analysis 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 Aug 8, 2026 • music composition • harmonic calculus • music theory
