Latest Research in Quantum Computing Algorithms and Architecture

Top Research Topics in Quantum Computing Algorithms and Architecture

• Quantum Physics — 26 papers
• Quantum Computing Algorithms and Architecture — 7 papers
• Topological Materials and Phenomena — 6 papers
• Quantum Information and Cryptography — 5 papers
• Strongly Correlated Electrons — 5 papers
• Matrix Theory and Algorithms — 4 papers
• Statistical Mechanics — 4 papers
• Quantum many-body systems — 3 papers
• Mathematical Physics — 2 papers
• Advanced Thermodynamics and Statistical Mechanics — 2 papers

Highest-Cited Papers

1. Symplectic split-operator method for the time-dependent unitary Tavis–Cummings model (1 citations)
2. Fourier Duality Linking Lattice Symmetry to Spectral Density in Influence Functionals — E8 Intelligence Research
3. E8 Phonon‑Spin Topological Qubit — E8 Intelligence Research
4. Uniqueness of imaginarity-assisted exact transformation from real orthogonal operations to arbitrary unitary operations
5. The Fundamental Limit of Quantum Computation (FLQC)
6. The Seonggil Framework for Strongly Correlated Many-Body Systems: Exact Predictability, Non-Commutative Dynamic Engineering, and Topological Phase Control
7. The Fundamental Limit of Quantum Computation (FLQC)
8. Artifact of Fuzzing Quantum Systems
9. The inverse problem of time-dependent density functional theory on the torus
10. When Is Kramers-Wannier Duality Invertible?
11. Large Deviation Functions of Open Quantum Systems with Strong Symmetries
12. Exceptional points and Jordan-chain signatures in quantum first-passage statistics
13. The power of quantum catalytic local operations
14. Universal entanglement embezzlement and divergent nonlocal magic from generic local chaotic quantum evolution
15. Quantum Behaviors Are Not Semialgebraic
16. Linear Algebra of Generalized Contextuality in All Prepare-Transform-Measure Scenarios
17. Point Estimates Understate Quantum Theft Risk in Bitcoin: A Distributional Race Model for Commit–Delay–Reveal
18. Spectral Gap Undecidability Dominates Quantum Many-Body Physics — E8 Intelligence Research
19. Antidistinguishability of states in General Probabilistic Theories
20. Structure-Fair Quantum Circuit Complexity: An Auditable Information-Theoretic Lower Bound