Home › Intelligence › Quantum Quantum Oct 29, 2026 1 min read Published by arXiv Quantum Physics · Oct 29, 2026 · 5:49 PM UTCOn GETSECURE.ai · Oct 30, 2026 · 5:58 AM UTC Optimal detuning and gate time for strongly driven single-qubit gates beyond the rotating-wave approximation Title card · GETSECURE.ai Single-qubit quantum gates are implemented as the time-controlled unitary evolution of a two-level system under harmonic driving.Excerpt from arXiv Quantum PhysicsGETSECURE.ai hasn't published its own summary of this story yet. The complete report is at arXiv Quantum Physics:Read the full story at arXiv Quantum Physics → References arXiv Quantum Physics. (2026, October 29). Optimal detuning and gate time for strongly driven single-qubit gates beyond the rotating-wave approximation. arXiv Quantum Physics. https://arxiv.org/abs/2610.40595v1 Original Source arXiv Quantum Physics Read original → Related Intelligence QuantumAssessing fidelity-limiting factors and achieving single-qubit gate fidelity beyond 99.999% in driven silicon Aug 12, 2026QuantumQubit reset beyond the Born-Markov approximation: optimal driving to overcome polaron formationMar 11, 2026QuantumForschungszentrum Jülich Demonstrates 6.8-Nanosecond Single-Qubit Gates with > 99.98% Fidelity via Multi-PhotoOct 31, 2026QuantumSimulating Universal Quantum Gate Sets on Photonic OAM Qubits: Single-Qubit and Multi-Qubit Operations via SpaJun 25, 2026 Get the Signal. Skip the Noise. Weekly intelligence briefing — curated, scored, explained. Subscribe
