quantum-computing
quantum-computing
Neura Parse — Quantum Computing
A multi-format quantum computing dataset spanning theory and hardware — from qubits, gates, and algorithms to QPUs, error correction, quantum software (Qiskit/Cirq/PennyLane), and quantum machine learning. Records come as instruction/response pairs, open and multiple-choice Q&A, runnable code tasks, encyclopedic concepts, and pretraining-style text, so the dataset supports SFT, evaluation, and continued pretraining under one schema.
Part of… See the full description on the dataset page: https://huggingface.co/datasets/Neura-parse/quantum-computing.fault-tolerant-quantum-computing
Neura Parse — Fault-Tolerant Quantum Computing: QEC Codes, Decoders, Magic States & Resource Estimation
A deep, Stim-informed vertical on fault tolerance — QEC code families, decoders, fault-tolerant gate constructions, and the full physical-to-logical resource-estimation pipeline. Expands the general dataset's handful of error-correction topics into research-grade coverage including the 2024-2026 milestones: surface-code below threshold, qLDPC/bivariate-bicycle memories… See the full description on the dataset page: https://huggingface.co/datasets/Neura-parse/fault-tolerant-quantum-computing.kronos-2026-2-8-quantum-computing
Quantum Simulation of Fusion Kinetics and Materials, Honestly: 5-Qubit Landau Damping, ADAPT-VQE at Chemical Accuracy, and the Resource Frontier
Authors: Ford, P I
Summary
Quantum computing for fusion, with honest resource estimates. Landau damping reproduced on a five-qubit Hamiltonian-simulation circuit; ADAPT-VQE at chemical accuracy on the candidate fusion-alloy fragments; and a resource frontier separating the tractable linear kinetic operator (early… See the full description on the dataset page: https://huggingface.co/datasets/KrononosFE/kronos-2026-2-8-quantum-computing.topological-quantum-computing
Neura Parse — Topological Quantum Computing
A deep vertical dataset on topological quantum computing: the physics and computational theory of anyons and topologically ordered phases, non-abelian braiding and fusion, Majorana zero modes and the Kitaev chain, Fibonacci (universal) vs Ising (Clifford-only) anyons, topological (Majorana) qubits and measurement-only braiding protocols, the toric code as a Z2 topological phase (not merely a QEC code), fractional quantum Hall… See the full description on the dataset page: https://huggingface.co/datasets/Neura-parse/topological-quantum-computing.bosonic-photonic-quantum-computing
Neura Parse — Bosonic, Continuous-Variable & Photonic Quantum Computing
A focused vertical on the continuous-variable and photonic route to quantum computing: bosonic error-correcting codes (cat, GKP, binomial), Gaussian and measurement-based photonic architectures, and fusion-based/dual-rail approaches — a self-contained paradigm with its own error-correction physics. Covers CV and bosonic simulation methods with Strawberry Fields / Bosonic Qiskit context, deepening the… See the full description on the dataset page: https://huggingface.co/datasets/Neura-parse/bosonic-photonic-quantum-computing.quantum-computing-2048-fineweb-sampleTest dataset for testing a data sampling and filtering script.
Configuration for filtering:
dataset: "HuggingFaceFW/fineweb-edu"
output_file: "quantum_computing_entries.jsonl"
state_file: "quantum_computing_dataset_state.json"
# Processing parameters
keywords:
- "quantum computing"
- "qubit"
- "quantum entanglement"
- "quantum supremacy"
- "quantum algorithm"
- "quantum error correction"
max_entries: 1024
min_tokens: 1024
max_tokens: 2048
min_int_score: 4
# Shuffling… See the full description on the dataset page: https://huggingface.co/datasets/Lambent/quantum-computing-2048-fineweb-sample.