These zones are central to a relatively new interdisciplinary field focused on producing fault-tolerant topological quantum computing, or TQC. Researchers from Boston College and Hong Kong University ...

It allowed the MIT team to analyze the quantum geometry (i.e. QGT) of electrons, including other important properties like ...

There was a time, back in the early days of computing, when we had vacuum ... trapped ions, spin qubits, quantum dots, topological qubits, photonic qubits, neutral atom qubits — and many more.

Preskill’s has made major contributions to quantum computing including the concept of Noisy Intermediate-Scale Quantum” (NISQ) technology. This term describes the current state of quantum computers, ...

Topological superconductivity is the holy grail for implementing fault-tolerant quantum computation. Here, the authors show that for a superconducting monolayer T d −MoTe 2 characterized by the ...

Commercial quantum computers are years away, but investors may be banking on the idea that they are the future. Here’s what to know. [Photo: John D/iStock/Getty Images] BY Michael Grothaus 3 ...

pushing the boundaries of spintronic device applications such as data storage and quantum computing based on skyrmion helicity." More information: Kai Wu et al, Topological transformation of ...

Google's Willow quantum chip, with 105 qubits, enhances AI and quantum applications, boosting sentiment. Despite competitors IBM (156 qubits) and Microsoft (topological qubits), Google leads when ...

Google’s new chip Willow made a big statement that quantum computing is coming to the real world. That could also mean a future of cryptocurrency hacking.