ZeroResistZeroResist
Mathematical Physics · Est. 2026
ZeroResist Labs

We're obsessed with the phase transition between order and chaos.

QUASICRYSTALS KAM SINGULAR LEARNING THEORY
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OUR MOTIVES ARE BASIC

We hypothesize the intersection of information theory, dynamical systems, aperiodic order, number theory, and control holds the secrets of the universe—and, more immediately, the unlock to bio-mimicked superintelligence. We're following our curiosity, not a market. But we do aspire to beat Bragg for the youngest Nobel Prize ever awarded. The holographic principle keeps us up at night.

LORENZ ATTRACTOR
Publications
01 · Preprint Submitted to Nonlinearity

Certified Golden-Branch Maximality in a Generated Standard-Map Domain

A computer-assisted proof that the golden mean is the most robust rotation class in the standard map — its invariant circle the last to break.

KAM Theory Standard Map Greene's Criterion Golden Mean
S. Tallavarjula · S. A. Rastegar / May 2026 / CC BY 4.0
The Last Torus Standing — golden invariant curve in the standard map approaching the critical coupling K_c
02 · Preprint Submitted to Journal of Statistical Physics

Projective Entropy Deletion and Tilted Bulk Spectral Measures Below BBP

Delete a direction and watch the entropy respond. Below the BBP threshold a hidden signal stops being an outlier — it dissolves into a tilted bulk, its footprint combed across the whole spectrum.

Random Matrices Spiked Covariance BBP Transition Spectral Measures
S. Tallavarjula · S. A. Rastegar / June 2026 / CC BY 4.0
The Geometry of Deletion — gradient flow of the entropy-deletion landscape combed across the projective sphere
The Founders
Seyed Ali Rastegar and Surya Tallavarjula
FARADAY & MAXWELL

Seyed Ali Rastegar

Co-founder · Mathematics, UC Berkeley

The theorist. Seyed Ali generates the unbounded conjectures — high-dimensional, non-convex, often with no proven bounds — then sprints to the next frontier the moment one stops surprising him.

Surya Tallavarjula

Co-founder · Physics, Stanford

The empiricist. Surya observes where those conjectures lead. He constraints them against real physics - boundary conditions, conservation laws, measure able observables - and carries them to working theory.