Interconnected single atoms could make a ‘quantum brain’
Cobalt atoms on black phosphorous "learn" by adapting in response to an applied voltage
Read article: Interconnected single atoms could make a ‘quantum brain’
Thank you for registering with Physics World
If you'd like to change your details at any time, please visit My account
Isabelle Dumé is a contributing editor to Physics World. She has more than 10 years of experience in science writing and editing in condensed-matter physics relating to technology/nanotechnology/biotechnology, astronomy and astrophysics, energy and the environment, biology and medicine. She has an MSc in advanced materials and a PhD in magnetism. In her spare time, she helps to organize cafés scientifiques.
Cobalt atoms on black phosphorous "learn" by adapting in response to an applied voltage
Read article: Interconnected single atoms could make a ‘quantum brain’
Precisely controlling nuclear excitations could aid the development of ultraprecise clocks as well as batteries that can store huge amounts of energy
Read article: Atomic nuclei go for a quantum swing
New technique might help in the development of a quantum internet
Read article: Qubit needle detected in a haystack of nuclear spins
Nanostructured material could find use in detectors for ultrafast optoelectronic applications
Read article: Plasmonic metasurface gives high-speed optical WiFi a boost
New optical "shaking" technique switches an antiferromagnetic material into a ferromagnetic one in just a few picoseconds
Read article: Light-induced lattice vibrations could speed up data recording
Health and safety guidelines should be revised to consider the effects of air purifiers on droplets in confined spaces, say researchers
Read article: Air purifiers could spread viruses in confined spaces
Shell-shaped structures use a pressure-based mechanism to climb ladders and slopes without motors or batteries
Read article: Polymer gels snap and jump on their own
Superconductivity is more robust in a three-layer system compared to its two-layer counterpart
Read article: Twisted trilayer graphene could help make high-temperature superconductors
Switching based on manipulating the crystal lattice of zirconium pentatelluride might find use in quantum computing applications and high-speed, low-power electronics
Read article: Laser light induces giant current in topological material
Electrochemically powered actuator is unipolar and contracts more when driven faster, unlike previous devices
Read article: Nanotube artificial muscles pick up the pace