Latest quantum computing, quantum tech, and quantum industry news.
New Kerr oscillator analytical phase boundary mapping reveals quantum bistability and driven-dissipative quantum systems.
Read More Analytical Phase Boundaries of Dissipative Kerr Oscillators
In the landscape of quantum physics and materials science, researchers have developed a novel method capable of uncovering hidden patterns in systems previously considered too […]
Read More Dissipative Spectroscopy For Future Quantum Technologies
Discover Quantum critical points are reshaping condensed matter physics, revealing new phases of matter and unconventional quantum behavior.
Read More How Quantum critical point Changes Condensed Matter Physics
Discover OSU scientists’ discovery of the Squeezing Quantum Phase Transition advances quantum physics and sheds light on entangled states.
Read More Quantum Phase Transition Squeezed By OSU Researchers
Discover how dual moiré systems create new Correlated Electron Phases, offering insights into strongly correlated quantum phenomena.
Read More Dual Moiré System Creates New Correlated Electron Phases
Discover quantum catalysts using equal FDQCs enable symmetry-protected topological (SPT) phase transitions in quantum many-body systems.
Read More Quantum Catalysts for SPT Phase Transitions with Equal FDQCs