Tensor network simulations for finite temperature, open quantum system dynamics
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Updated
Jun 19, 2026 - Julia
Tensor network simulations for finite temperature, open quantum system dynamics
Physics-inspired transformer modules based on mean-field dynamics of vector-spin models in JAX
A coupled oscillator field where the local learning rules (α_i, β_i, γ_i) themselves evolve as a second-order dynamical system, constrained by an identity curvature functional H[L], with Lyapunov-gated rollback of destructive meta-updates — unified in a single implementable architecture.
NonEquilibrium Reaction-Diffusion Self-assembly Simulator
Biophysical modeling of ribosome motion during mRNA translation using TASEP and ballistic models, including analytical derivations and validation with simulation and Ribo-seq data.
A computational research repository for The Cosmic Loom Theory (CLT) - a field-based framework proposing that consciousness emerges from coherent system dynamics operating within constrained energetic regimes.
This is a package for calculating FLUCTUATIONS of heat transfer in the Spin-Boson model using the Time Evolving Density matrices using Orthogonal Polynomial Algorithm (TEDOPA).
A voter-model-inspired complex network simulator of short-term market opinion dynamics.
Python and JAX-based simulation framework for investigating non-equilibrium attractor dynamics, finite-size scaling, phase synchronisation, and adaptive polarity modulation in harmonically confined density-feedback Yukawa plasmas. Developed as part of an independent research framework exploring physical precursors for active-matter phase logic.
A personal project that grew out of analyzing spontaneous simultaneity using statistical methods in Abelian Sandpiles.
Une implémentation de référence et analyse rigoureuse des Cristaux de Temps Discrets (DTC), focalisée sur la physique de Floquet, la localisation MBL et la protection des états quantiques (Cat Scars)
Claim-bounded toy-model diagnostics of noise-assisted rescue, feedback geometry, and frustration boundaries in active-particle kinetic-arrest-like surrogate systems. No experimental, biological, material-design, swarm-control, crowd-control, or policy claim.
Implementation of Local NMQSD algorithm for open quantum systems
project home page of dyGiLa the LFT theory tool of p-wave Ginzburg-Landau model
Biological Friction Framework — structural limits on biological dynamics from capacity, dissipation, and rigidity, with executable consistency checks.
Claim-bounded toy-network diagnostics of sleep-like recovery transitions, instability recurrence, and dynamical threshold behavior. No medical, clinical, diagnosis, or treatment claim.
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