Researchers establish rules for creating perfect polaritons
Researchers have developed a set of fundamental rules for engineering ideal hybrid light-matter particles, a breakthrough that could accelerate the…
Researchers have developed a set of fundamental rules for engineering ideal hybrid light-matter particles, a breakthrough that could accelerate the…
Researchers have developed a method to significantly improve the readout of quantum information from solid-state systems at room temperature by…
Nobel laureate John Martinis leads QoLab to accelerate practical quantum processors, leveraging superconducting qubits and advanced semiconductor manufacturing
Researchers have developed a new method for fabricating next-generation memory devices that consumes significantly less energy than current technologies. This…
In a significant advance toward practical quantum computing, researchers have successfully trapped and controlled individual electrons on the surface of…
Quantum fluctuations in the vacuum, driven by the Heisenberg principle, yield virtual particles and measurable effects like the Lamb shift and Casimir force
Ultrafast laser pulses reveal dynamic solid-state bandgap shifts with pump-probe precision, tracking femtosecond-to-nanosecond changes in electronic structure
Researchers at Okayama University in Japan have demonstrated for the first time that the crystal lattice of a topological superconductor,…
In a laboratory at Cardiff University, a novel tabletop experiment has achieved a record-breaking level of sensitivity, allowing scientists to…
In a major advance for thermodynamics, scientists have developed a microscopic engine using a single, levitating particle heated to a…