symmetry-breaking

Python library to compute properties of quantum tight binding models, including topological, electronic and magnetic properties and including the effect of many-body interactions.

Defect structure-searching employing chemically-guided bond distortions

Band structure unfolding made easy!

End-to-end derivation of the Standard Model and gravity from an interference.

BreakID, a CNF symmetry-breaking library and tool

MQM2019 Poster

"Theoretical tool bridging cell polarities with development of robust morphologies" published in eLife (2018)

A C# implementation of Motif-Centric Network Motif Discovery Algorithms

Exploit ILP to learn symmetry breaking constraints of ASP programs.

Research artifacts for the queen domination problem

Formal Verification of Whittaker-Type Zero-Invariant Fields and Receiver Symmetry Breaking in Lean 4 and SystemVerilog.

Strong Theorem on the Higgs Sector of SU(6) GUT — Complete Algebraic Proof with Numerical Confirmation

Solver algorithm in #3 Paper: Diversified Top-K MaxSAT Solving with MaxSAT

🌌 Explore latent structural causality to redefine physical existence in unobservable regimes and deepen understanding of cosmology and physics foundations.

Atomic benchmark suite showing drift can act as an early warning before direct symmetry detection in gradual-breaking regimes, with reversal controls, finite-budget sensitivity tests, and exact alarm-time validation.

Popular-science essay on the Siamese Cosmological Framework, a speculative model in which matter, gravity, expansion, and anisotropies emerge from a phase desynchronization between coupled universes. Translated into English, 中文, español y русский.

Nuclear-quadrupole spin resonances caused by isotope substitution

Research software, manuscript and replication materials for: Why This Language? Historical Symmetry Breaking through Cultural Transmission (Zenodo 10.5281/zenodo.22338797)

This work introduces the concept of Latent Structural Causality, a framework for describing physical entities that are formally present yet lack observable effects in certain regimes. Applied to cosmology, it interprets the emergence of gravity, light, and time as transitions of operativity rather than creations ex nihilo.