This repository contains the codes to simulate trajectories of particles in a potential well with stochastic resetting. The dynamics are governed by generalized Langevin equation under fractional Gaussian noise.

Code for the execution experiment in "Signature-Q-Learning" (master thesis)

This is notebook for the fractional lindblad. it serves as a demo for my paper published in zenodo (fractional master equation). it shows how much inprovements can be made if you model qubit baths from a from kernels derived from the baths geometry.

compiler that treats time as a quantum state, not a parameter. Executable framework for relativistic quantum state evolution.

Stroboscopic CDQEM verification code for EEDT v8 hardware validation on IBM Quantum Heron devices.

Reference implementation of all known algorithms for solving non-Markovian Reward Decision-Theoretic Planning circa 2003/04.

Supplementary analysis code for the Continuity Theory Zenodo paper on seismic memory and rupture.

A unified mathematical and computational framework for non-Markovian adaptive systems with explicit multi-timescale memory. Built on Geometric Fourier Extension (GFE) and stabilized Sum-of-Exponentials (SOE) kernels, with rigorous stability proofs, spectral units, and hardware-mappable implementations. Julia reference and a C++ core in development

🛠️ Optimize quantum state evolution with the QSOT Compiler, the key engine for exploring time as an entangled quantum state within the Flamehaven TOE framework.