Ideal process leaves some superposition states intact
Breakthrough scheme might aid the development of networked quantum computers
“Massively heavy” atoms can move quantum mechanically within a crystalline material at cryogenic temperatures – a surprising result that contradicts currently-held notions
A new crop of quantum technologies is set to make waves in the commercial world. Get up to speed on what they are and what impact they will have in the future.
Innovations by cryogenics specialist Bluefors are designed to make it easier for researchers to perform precision experiments with large-scale quantum systems
The podcast team discusses skiing holidays, how sand dunes communicate and a new variant of the classic Young's double-slit experiments
Quantum-ion entrepreneur Chris Monroe on his research, career and starting his own quantum computing firm
Andrew Murray describes a new variant of the classic Young's double-slit experiments, but this time using photoelectrons emitted via two different paths from rubidium atoms ...
Leonie Mueck, Carmen Palacios-Berraquero and Divya M Persaud argue that the term “quantum supremacy” should be replaced
Researchers demonstrate that entangled photons can be transported across long distances in conventional single-mode optical fibre
Quantum gravity and quantum fundamentals could be probed using new technique
The nanoscale thermometer observes the fundamental fluctuations in a sample’s electron temperature, showing how sensitive such a device can be
Excerpts from the Red Folder
Nitrogen-vacancy defects make powerful new tools for studying the magnetic and structural properties of extremely compressed materials
Tushna Commissariat looks back at the history of quantum teleportation, the 2015 Physics World Breakthrough of the Year for double teleportation, and the progress sin...
Quantum dots in graphene containing pentagonal defects might be used as quantum sensors
Matin Durrani looks back on the progress that's been made since the 2011 Physics World Breakthrough of the Year for weak measurement
Relatively small ion traps could be linked via photons
Michael Banks looks at the Physics World 2009 Breakthrough of the Year and how research in quantum computing has moved on
Protocol estimates the accuracy of quantum calculation without knowing the correct result
The podcast team explores a few of the ways that advances in computing (classical and quantum) are shaping the direction of physics research
Physicists irreversibly split photon wavepackets using unconventional technique