Explore research
Find papers, conference contributions, and reports, then follow each item to its original source.
Start with a topic and a publication year. Newest first follows the earliest known public year of a linked work, rather than the date it was added here. Citations help trace established literature; they do not measure research quality.
How to use years and citation counts · Read our research analysis · Error-correction reading path
Use the research library to compare publication years, trace indexed citations, and follow linked versions to their sources.
Research library
Showing a recent sample from 13,712 source records.
- 2026-10-30PreprintarXiv
Secret-shared teleportation of a two-qudit gate with a deferred recipient
Citations not indexed - 2026-10-30
- 2026-10-30
- 2026-10-30PreprintarXiv
Functional Tensor Trains for High-Order Greeks and Exposure Tails of Multi-Asset Structured Products
Citations not indexed - 2026-10-30
- 2026-10-30PreprintarXiv
Charge Pumping Leptogenesis from the Symmetric Mass Generation Phase on a Four-Leg Ladder Lattice
Citations not indexed - 2026-10-30PreprintarXiv
The Quartic Gap Between Quantum and Dequantized Algorithms for Linear Algebra Is Tight
Citations not indexed - 2026-10-30PreprintarXiv
Benchmarking Single-Photon Sources for Measurement-Device-Independent Quantum Key Distribution
Citations not indexed - 2026-10-30PreprintarXiv
Empirical Evaluation of Quantum Kernel Methods for Classification: A Comparative Study with Classical Kernels
Citations not indexed - 2026-10-30
- 2026-10-30PreprintarXiv
Resource efficient Sample Based Quantum Simulation through Fragmentation and Virtual Partitioning of QPU
Citations not indexed - 2026-10-30PreprintarXiv
Solvable coupled cluster states in $d=\infty$ with prescribed momentum distribution
Citations not indexed - 2026-10-30
- 2026-10-30PreprintarXiv
GENIE: learned quantum circuits as embedding impurity solvers, and why compactness, not correlation strength, decides when they work
Citations not indexed - 2026-10-30PreprintarXiv
Control-Noise Trade-offs in Industrially Integrated ${}^{28}\mathrm{Si}/\mathrm{SiGe}$ Spin-1/2 Qubits
Citations not indexed - 2026-10-30
- 2026-10-30
- 2026-10-30
- 2026-10-30PreprintarXiv
Toward Quantum Monte Carlo for Sovereign Debt Risk: A proof of concept
Citations not indexed - 2026-10-30PreprintarXiv
Overcoming the Representational Limitations of Amplitude Encoding for Quantum Neural Networks
Citations not indexed
Read beyond the abstract
Our research notes separate reported results from interpretation, and explain what to check before comparing claims.
- Below threshold: what a surface-code memory proves
Increasing code distance can improve a logical memory while leaving important computational capabilities untested. Use the measured task, denominator, and decoder conditions to assess the claim.
- 48 logical qubits: read the acceptance conditions too
A logical-qubit count becomes informative when paired with encoding, circuit, evaluation metric, and retained trials. This note offers a worksheet for comparing demonstrations with different selection conditions.
- Better than physical: which circuit is the baseline?
An improvement factor needs its physical baseline and selection rule. Use this paper to practice comparing an encoded circuit with the actual unencoded task, rather than a headline gate fidelity.