Researchers find that a photon can spend a negative amount of time in an excited atomic state while passing through a cloud of atoms
Read article: Negative time observed in photon-atom interaction
Wave and particle properties can encode information about the shape of an object
Read article: Harnessing quantum duality for object imaging
Diamond-based magnetic sensor is small enough for use in endoscopy and keyhole surgery
Read article: Compact diamond magnetometer detects metastatic tumours
Cosmologically coupled black hole hypothesis also confirms that dark energy is evolving
Read article: Unconventional approach to dark energy problem gives observed neutrino masses
Increasing the wave-like behaviour of nanoparticles brings fundamental quantum tests one step closer
Read article: Physicists extend the wave nature of large objects
New measurements on Bose–Einstein condensate could help us better understand how objects transition from being quantum and ordered to classical and chaotic
Read article: Quantum gas keeps its cool
A qubit encoded in a fluorescent protein could act as a sensor to measure quantum properties inside living systems
Read article: Protein qubit can be used as a quantum biosensor
Accessible systems is classical and operates at room temperature
Read article: Space–time crystal emerges in a liquid crystal
New finding advances our understanding of complex topological quantum systems and could help in the development of next-generation memory and storage devices
Read article: Quantum fluid instability produces eccentric skyrmions
Observation provides new insights into the heaviest subatomic particle
Read article: Top quarks embrace in quasi-bound toponium
