Each qubit in Majorana 1 is centred around a nanowire made from indium arsenide, a superconducting alloy, connected to ...

But Microsoft said its new topoconductor -- made of a new material that combines indium arsenide (a semiconductor) and ...

Microsoft has created a new material combination of indium arsenide and aluminium and placed eight topological qubits on a chip. The goal is to scale up the technology to one million qubits.

“This breakthrough required developing an entirely new materials stack made of indium arsenide and aluminum, much of which Microsoft designed and fabricated atom by atom,” says the compan ...

Microsoft said it created the Majorana 1 chip with indium arsenide and aluminum. The device uses a superconducting nanowire to observe the particles and can be controlled with standard computing ...

Each of the Majorana 1’s qubits is built around a nanowire, or thin wire, made from a superconducting alloy called indium arsenide. This nanowire is connected to a piece of aluminum. By cooling ...

Microsoft’s quantum chip employs eight topological qubits using indium arsenide, which is a semiconductor, and aluminum, which is a superconductor. A new paper in the journal Nature describes ...

Microsoft has achieved this by creating a new state of matter according to the company — essentially a new material made from indium arsenide and aluminium Quantum computing, or the race to make ...

it's a quasiparticle that forms at the interface between aluminum that’s made to superconduct by the hardware’s extremely low operating temperature and a tiny wire of indium-arsenide ...