Quantum computing promises to revolutionize industries from AI to drug discovery, but significant engineering challenges remain before we see practical applications.

When enabled by flexible AI programming languages, quantum computing performs AI calculations much faster, and at a greater scale.

The talk concludes with a live demonstration of quantum entanglement on a real-world quantum computer, and a demo of the Deutsch oracle problem implemented in Q# with the Microsoft Quantum Development ...

Want to learn more about quantum computing and how to program in the Q# language? Microsoft just launched Quantum Katas, an open source project that provides you with tutorials for learning at ...

Microsoft has developed a programming language designed for quantum computers and simulations to help create a quantum computing future.

Then, of course, you need to program them. A while back I took a first look at Q#, Microsoft’s experimental quantum computing programming language.

The very concept of a quantum computer can be daunting, let alone programming it, but Microsoft thinks it can offer a helping hand. It and Alphabet's X are partnering with Brilliant on an online ...

Few, however, could have predicted that Microsoft would broach the subject of quantum computing, let alone announce a new programming language for coders to work with quantum bits.

How Qiskit is using generative AI to enable Quantum computing programming Programming a quantum system requires different software than a classical computing system.

By 2025, IBM is projecting that there will be frictionless quantum computing to enable a broad array of applications that will surpass classical computing.