qashchain
Quantum Blockchain
A quantum-powered blockchain implementation that integrates a hybrid quantum-classical approach with a JAX-accelerated hardware accelerator
quantum powered blockchain
0 stars
1 watching
0 forks
Language: Jupyter Notebook
last commit: over 2 years agoLinked from 1 awesome list
qosf/awesome-quantum-softwareRelated projects:
| Repository | Description | Stars |
|---|---|---|
| timemelt/qash-qkdc | This project demonstrates proof-of-concept quantum key derivation circuits for secure data hashing using superconductor and photonic QPUs. | 0 |
 qaqarot/qaqarot | A comprehensive quantum computing library for programming and simulating quantum systems. | 374 |
 theqrl/qrl | A blockchain ledger utilizing a quantum-resistant signature scheme and proof-of-work consensus algorithm to secure and verify transactions. | 420 |
 pennylaneai/catalyst | An experimental JIT compiler for hybrid quantum-classical programs | 144 |
 mapmeld/quantum-peep | A TypeScript library for writing and executing quantum programs on multiple platforms. | 34 |
 bbn-q/qgl | A Python-based language for specifying and executing quantum gate sequences | 31 |
 dakk/qlasskit | A tool that translates classical algorithms written in Python into quantum circuits using boolean expressions as an intermediate form | 60 |
 lsaldyt/qurry | A prototype of a probabilistic quantum programming language with functional programming influences | 25 |
 pasqal-io/qadence | A package for building and simulating digital-analog quantum programs with tunable qubit interactions | 72 |
| bbn-q/pyqgl2 | A Python-based language and compiler for programming quantum computers directly at the physical layer. | 9 |
 qchackers/jquil | A Java library for running quantum circuits on Rigetti Forest's cloud-based quantum computer. | 16 |
 subwayharearmy/sudoq | A Sudoku solver that uses a quantum computer to solve puzzles. | 6 |
 libtangle/qcgpu | Provides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance. | 441 |
 jwulf/hgate | Demonstrates a quantum computer's ability to exist in multiple states simultaneously and how it collapses to a single state upon measurement | 5 |
 jcmgray/quimb | A Python library for performing 'quantum information many-body' calculations using tensor networks. | 503 |