A team of physicists collaborating between the University of Amsterdam and Stanford University combined the lighthouse engineering theory and electrostatically bound “excitons” to build the world’s thinnest lens. At 0.6 nanometers thick and half a millimeter wide, the design uses just three atoms of a special material called tungsten disulphide (WS2), whose quantum properties make […]
The SLAC National Accelerator Laboratory has a laser that can create a million X-ray pulses per second.
Simulating a wormhole has long been a goal in quantum physics. But current quantum computers don’t have enough qubits to teleport particles.
Leaps in quantum computing is inching physicists closer to teleportation systems, but we’re still a long ways off from ‘Star Trek.’
A tech demo launching later this year are the first steps towards a possible communication system based on quantum entanglement.
Months after physicists made a self-standing time crystal, they’ve made one that works at room temperature, expanding the real-world uses of the quantum matter.
IBM unveiled a 127-qubit quantum computing chip called Eagle this week. Here’s a detailed look into how this chip came to be.
Caltech and Amazon Web Service’s mission to build an error-proof quantum computer is officially entering the next phase.
Networks of quantum computers—those powerful machines not bound by binary 0s and 1s—could be the future of ultra-secure data encryption.
A neat trick known as quantum teleportation could be the secret to super-secure data transfers—but it won’t get you to work.
