Quantum computing could speed up AI training and inference once the technology matures. IBM's quantum computing track record ...

Quantum computers tap into the principles of superposition and entanglement, processes which allow quantum bits (qubits) to process enormous amounts of data simultaneously, enabling faster solutions ...

As quantum computing moves closer to practical implementation, there are three areas in particular to keep an eye on.

D-Wave executives stirred up some controversy earlier this year when they claimed a smaller version of its Advantage 2 ...

The emerging technology promises better medicine, faster internet and more sustainable food production. It also comes with ...

Precedence Research appears more conservative and probably more grounded (You’ll see why). According to their report, the market for quantum computing is around $1 billion as of this year and is ...

IBM scientists work on quantum computing hardware in the IBM Q Computation Center at the Thomas J Watson Research Center in Yorktown Heights, New York and IBM Research - Zurich in Zurich, Switzerland.

Resources including the IBM Q Experience, a cloud-based platform for quantum experimentation and learning, and QISKit, an open source quantum software developer kit for real quantum computing ...

Today's quantum computers don't have many qubits -- only 27 on the Falcon quantum computing chip IBM used for its quantum volume performance test. But more are on the way, including an upgrade to ...

IBM deployed the world's first quantum computing system as a cloud-based service in 2016. Since then, it's deployed more than 80 quantum systems which are used to run over 3 trillion programs on a ...

Most quantum computers, including IBM's, work with less than 100 qubits, which is nowhere near enough to simulate the complex molecules that are needed for breakthroughs, such as lithium-sulfur ...