Skip to content
View IsolatedSingularity's full-sized avatar
18 followers · 17 following

Block or report IsolatedSingularity

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Maximum 250 characters. Please don’t include any personal information such as legal names or email addresses. Markdown is supported. This note will only be visible to you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
IsolatedSingularity/README.md

Scientific software engineer with experience in quantum computing, cryptography, and numerical simulation. Interested in scalable scientific computing, high-performance systems, and distributed infrastructure.

Python Julia Bash CI/CD HPC pytest Linux

Scientific Computing & Numerical Simulation

Topological Quantum Neural Networks

Python toolkit for noise-resilient classification. Focuses on interactive tensor-network simulation, automated testing, and spin-network encodings.

  • Focus: Tensor-network simulation, numerical optimization, automated testing

Quantum Trajectories (PDE Solver)

Numerical simulation engine for solving non-linear Hamilton-Jacobi partial differential equations. Utilizes optimized Crank-Nicolson algorithms to generate predictive trajectories with adaptive time-stepping.

  • Focus: Numerical methods, PDE solvers, computational physics

Cosmic String Signals (Signal Processing)

Automated data analysis pipeline leveraging wavelet decomposition and matched-filter detection. Designed to extract target waveforms from simulated 21cm primordial noise.

  • Focus: Signal extraction, automated data pipelines, statistical analysis

Cryptography & Distributed Systems

QLDPC: Quantum Error Correction

Toolkit for large-scale LDPC decoding experiments featuring belief-propagation algorithms, Tanner graph and surface code visualization, and Qiskit integration.

  • Focus: Fault-tolerant pipelines, algorithmic complexity, data structure visualization

Léonne: Modular Consensus Networks

Modular framework for post-quantum blockchain consensus relying on topologically protected cryptographic proofs. Built for network resilience and verification logic under adversarial conditions.

  • Focus: Consensus protocols, cryptography, network resilience

QRiNG: Verifiable Randomness

Protocol design exploring the integration of Quantum Key Distribution and smart contract validation. Settles cryptographically secure outputs on-chain.

  • Focus: Cryptographic protocols, verifiable randomness, distributed architecture

orange

Pinned Loading

  1. btq-ag/QLDPC btq-ag/QLDPC Public

    Interactive Python toolkit for quantum LDPC error correction: circuit builder, real-time belief propagation simulation, surface code and Tanner graph visualization, with Qiskit integration.

    Python 2 2

  2. btq-ag/QRiNG btq-ag/QRiNG Public

    A hybrid quantum-blockchain protocol for verifiable quantum random number generation (QRNG) leveraging Quantum Key Distribution and smart contract validation.

    Python 2 1

  3. Topological-Quantum-Neural-Networks Topological-Quantum-Neural-Networks Public

    Python toolkit for noise-resilient classification. Focuses on interactive tensor-network simulation, automated testing, and spin-network encodings.

    Python 2 1

  4. Quantum-Trajectories Quantum-Trajectories Public

    Numerical solver for non-linear Hamilton-Jacobi PDEs. Implements Crank-Nicolson methods to generate adaptive trajectory simulations.

    Python 4 2

  5. Cosmic-String-Signals Cosmic-String-Signals Public

    Data analysis pipeline utilizing wavelet decomposition and matched-filter detection to extract target waveforms from simulated 21cm primordial noise.

    Python 3 2

  6. Bloc-Fantome Bloc-Fantome Public

    Isometric voxel sandbox built in Python/Pygame. Focuses on lean memory management, local state rendering, and optimized chunk generation algorithms.

    Python 4