Qubit

Synthesised: A molecule that can perform the function of a computing unit in a quantum computer
Researchers design architecture for a quantum computer in silicon
Producing spin-entangled electrons: Quantum Teleportation
New Chip Architecture May Provide Foundation for Quantum Computer
IBM Scientists Achieve Critical Steps to Building First Practical Quantum Computer
Researchers develop the first-ever quantum device that detects and corrects its own errors
Toward quantum chips
Australian teams set new records for silicon quantum computing
Examples of superconducting-silicon quantum devices. (left) A superconducting loop interrupted at two points by junctions can form a superconducting flux qubit or a superconducting quantum interference device, or SQUID. Currents flowing in the loop can be used to measure the strength of a magnetic field threading the loop. The currents (flowing in either direction) can also be used to constitute a qubit. (middle) Separating the superconducting wires by an insulator, in this case pure, crystalline silicon, forms a Josephson junction. (right) Precisely placed, highly doped regions within the semiconductor form the superconducting wires. Credit: LPS
Superconducting-silicon qubits
Teleportation: ‘Beam me up, data!’
Quantum state world record smashed
One step closer to a quantum computer
Quantum computing taps nucleus of single atom
Steps toward quantum computing
Breakthrough offers new route to large-scale quantum computing