Latest quantum computing, quantum tech, and quantum industry news.
Landau-level quantization in WTe₂ enhances the Photonic Spin Hall Effect, enabling advanced light–spin coupling in topological photonic systems.
Read More Photonic Spin Hall Effect In WTe2 Driven By Landau Levels
Researchers achieve 0.1% fidelity boost in quantum gates using frequency and amplitude modulation, redefining precision in quantum control.
Read More Quantum Gates Progress: Dual Modulation Boosts Fidelity 0.1%
Discover how STA, Quantum Optimal Control, and Reinforcement Learning are transforming the precision and speed of quantum systems.
Read More Shaping Quantum Systems: STA, Quantum Optimal Control & RL
Discover the Counterdiabatic driving offers a shortcut to adiabaticity, enabling faster and more efficient quantum operations without losing fidelity.
Read More How Counterdiabatic Driving Speeds Up Quantum Systems
Researchers demonstrate acoustic strain control in germanium quantum dots, enabling precise tuning of quantum states for advanced quantum.
Read More Acoustic Strain Control for Quantum Dots in Germanium
What is Landau–Zener–Stückelberg–Majorana phenomenon describes quantum state under time-varying fields, a cornerstone of quantum control.
Read More What is LZSM Landau-Zener-Mtückelberg-Majorana for Quantum
Discover how Path Integral Quantum Control (PiQC) transforms quantum circuit optimization with superior accuracy and noise resilience.
Read More Path Integral Quantum Control Transforms Quantum Circuits
Magnon Polariton Researchers at the Dodd-Walls Centre Use Exceptional Points to Reveal a New Development in Coherent Control of Magnon-Polaritons Researchers from the University of […]
Read More Dodd-Walls Centre Controls Magnon Polariton Coherently
Reinforcement learning (RL), the Soft Actor Critic algorithm is quantum system control by magnetic fields and performing quantum operations.
Read More Soft Actor Critic Algorithm Enables Quantum Control With RL