A simple neural network structure to classify many-body localized (MBL) and thermalized phases
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Feb 7, 2021 - Jupyter Notebook
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many-body-localization
Here are 8 public repositories matching this topic...
Solutions for IBM Quantum Challenge Fall 2021
quantum-computing quantum-chemistry qiskit many-body-physics many-body-localization ibm-quantum-challenge quantum-algorithm ibm-quantum-challenge-spring-2022
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Sep 6, 2024 - Jupyter Notebook
Computational toy model (CCA) for M-theory vacuum stability, MBL-protected moduli, and dark matter as entanglement memory burden.
threejs computational-physics physics-simulation dark-matter string-theory quantum-dynamics many-body-localization holographic-principle
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Jan 29, 2026 - HTML
The program performing exact diagonalization for fermion and boson many body localized hamiltonians.
simulation quantum-mechanics exact-diagonalization boson mbl chebyshev-expansion many-body-localization quantum-quench
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May 19, 2023 - C++
Framework théorique unifiant l'entropie de Shannon, la mécanique statistique et les phases topologiques. Transforme la frustration géométrique en ressource générative pour l'IA non-ergodique et la matière programmable.
quantum-computing geometric-frustration topological-order shannon-entropy mbl topological-phases information-geometry many-body-localization ai-optimization time-crystals lichen-universe kagome-lattice lichen-collectives spin-ice bryan-ouellette unified-entropy boltzmann-gibbs generative-dynamics loss-landscapes physics-of-information
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Feb 4, 2026
A Domain-Driven architecture for the autonomous manufacturing of Rad-Hard quantum sensors from lunar regolith. By utilizing Many-Body Localization (MBL) within an Al-Cu-Fe Quasicrystal framework, the GOLDEN-SIEVE transforms raw lunar elements into a self-healing, topological shield. This repository hosts the full-process simulation
nasa quantum-computing materials-science aerospace-engineering isru many-body-localization lunar-exploration quasicrystals lunarecycle lunar-regolith-processing topological-protection
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Jan 1, 2026 - TypeScript
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)
topology open-science quantum-computing condensed-matter quantum-simulation quantum-error-correction many-body-localization quantum-metrology academic-research quantum-memory non-equilibrium-dynamics time-crystals lichen-universe lichen-collectives floquet-physics discrete-time-crystals ghz-states physics-of-floquet devops-science sycamore-processor
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Jan 24, 2026
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