quantum-memory

Library for Q# implementing various qRAM proposals

This Repo is a collection of Python scripts designed to programmatically render physics animations. This project utilizes the Manim Community library to accurately simulate and visualize time-dependent quantum storage protocols.

Basic results of our quantum repetition code study.

Python model of a multi-node quantum repeater chain with memory decoherence, parameter sweeps, and tests. Model output under stated assumptions, not measured hardware.

Substrate-agnostic, structure-complete memory fabric — read the whole book from any address; forward-compatible across classical, photonic, and quantum hardware (rare-earth quantum memory). Reproducible O(N^2)->O(N) LLM efficiency.

A theoretical hardware architecture framework for the post-silicon era based on on radiation-evacuated lithium niobate on sapphire (LNOS)

Boundary erasure in a coherent no-passing quantum chain: exponential memory under unital endpoint control, polynomial erasure by draining and refilling, and a sharp reservoir filling threshold.

Sharp limits on transferring unknown quantum states from a collectively emitting ensemble to a passive single-mode memory. Includes proofs, a guided tutorial and reproducible checks showing why near-complete photon collection need not imply faithful state transfer.

Trabalhos realizados na disciplina de Sistemas Digitais

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)

Exact certificates and matching constructions for a sharp, dimension-independent qubit-recovery bound from a three-branch coherent test of an addressed subsystem, with a quantum bypass available to the decoder.

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.

Quantum memory costs for delayed local X/Z measurements: exact finite-size tradeoffs, one-qubit memory allocation, and a collective advantage for unequal accuracies, with proofs and reproducible certificates.

Quantum memory thresholds for learning Pauli correlations of bounded weight and detecting preserved correlations, with proofs, reproducible checks, and a Watrous learning route.

This is my quantum computing repo where I will be publishing quantum models and designs for quantum and classical hybrid systems

Reproducible, notebook-based experimental protocols for distinguishing intrinsic temporal memory from environmental non-Markovian dynamics. Implements reset tests, process tensor reconstruction, and Leggett–Garg inequalities for operational, falsifiable quantum experiments.

CARMEN-Q: exact causal audit-return bounds and reproducible quantum-memory benchmarks