isingLenzMC: Monte Carlo for Classical Ising Model (with core C library)
Parallel random matrix tools and complexity for deep learning
Convenient Interface to Inverse Ising (ConIII)
Efficient simulation of spin systems in Rust
Replicated Focusing Belief Propagation algorithm
The algorithm based on the UBQP model (Aref et al. 2018) for computing the exact value of frustration index (also called line index of balance)
Fast MAXCUT, TSP, and sampling heuristics from near-ideal transverse field Ising model (TFIM)
Replicated Stochastic Gradient Descent algorithm
High-performance C++17 simulation for the 3D XY Spin Glass model. Implements Hybrid Monte Carlo algorithms (Metropolis, Over-relaxation, Parallel Tempering) with HPC optimizations and scientific validation against Pixley & Young (2008) data.
Parallel tempering code for an Ising spin glass (fortran90)
The algorithm based on the XOR model (Aref et al. 2019) for computing the exact value of frustration index (also called line index of balance)
QUBO model solver using Intel dpcpp
🛡️ Protocole de correction d'erreur géométrique passive. Utilise le réseau E8 et la synchronisation Kuramoto pour stabiliser les atomes FC-496 sans redondance active. "Computing Géométrique"
minimal ring model with algebraic frustration floor
A quantum-inspired optimization solution for the Warehouse Selection Puzzle. This project uses OpenJij (Simulated Annealing) to solve a QUBO model, maximizing inventory value while satisfying strict mass, category, and compatibility constraints.
Cadre biophysique unifié modélisant la conscience comme une transition de phase critique (Jamming) au sein d'un réseau neuronal frustré géométriquement. Le Modèle JFCF : Jamming, Fractalité, Criticalité, Frustration
Efficient time evolution for dynamical mean-field theory
Operatorial cavity method applied to transverse field Ising model. Belief propagation on single graphs and population dynamics.
Architecture Cognitive à États Exotiques (ACEE) : Vers une mémoire artificielle persistante via la frustration géométrique et les cristaux temporels.
Differentiable solver for the Parisi Variational Formula & GPU-accelerated MCMC for Spin Glasses. Built in JAX.
Add a description, image, and links to the spin-glass topic page so that developers can more easily learn about it.
To associate your repository with the spin-glass topic, visit your repo's landing page and select "manage topics."