Skip to main content

Microsoft's quantum computing programming language is a big step forward

Quantum Computing
Microsoft is helping move us toward the future holy grail of quantum computing with the creation of a computing language that can run on a quantum computer. The company sees this as a fundamental step toward computers that are built on a “qubit,” rather than a “bit,” foundation.

Quantum computing has the potential to revolutionize almost all aspects of our digital society, reaching into every facet of life. But making a quantum computer is incredibly difficult and will take years of additional research before we can even approach the idea of building something that can operate outside of ideal lab conditions. Microsoft wants to be a major part of that developmental process.

A key component of that research and development is building a language that quantum computers can read and operate on, and that’s exactly what Microsoft has done. Announced at its Ignite conference, the new quantum computing language will be released into the wild later this year, integrated with Microsoft’s own Visual Studio (thanks MSPowerUser).

This edges us one step closer to what Microsoft describes as a “topological qubit,” which should be much more stable than the qubits generated in the past. As described in Microsoft’s colorful video above, with a more robust structure, topological qubits have the potential to form the basis for what a quantum computer of the future could be.

The new language that supports these topological qubits is designed to run on quantum simulators and real-world quantum computers, so it will not only help enable their creation in the first place, but will give them something to do once created.

But someone has to program the applications to perform such tasks, and that’s what Microsoft’s new quantum programming language will enable. Once released, developers will be able to write simulations and problems for the quantum simulators of today to run and for potential quantum computers of the future to tackle head-on.

Although it might seem intimidating, we’re told that the language itself should be familiar to the current crop of programmers and when released toward the end of the year will come with libraries of resources and tutorials to help people get started.

Editors' Recommendations

Jon Martindale
Jon Martindale is the Evergreen Coordinator for Computing, overseeing a team of writers addressing all the latest how to…
Microsoft just teased its next big Windows 11 update
Windows 11 22H2 Tablet Taskbar YouTube screenshot

Microsoft has given us a glimpse of a feature that "Moment 2" may bring as early as January 2023.

Since Windows 11 version 22H2, the Redmond, WA company has dedicated to releasing smaller feature updates, known internally as "Moment." The first one gave us the much-requested tabs in File Explorer (along with its Context IQ tech). The next Windows 11 version 22H2 "Moment" is currently slated for early 2023, according to sources, after it undergoes testing throughout 2022.

Read more
Microsoft is finally refreshing the Surface Studio 2 (four years later)
Microsoft Surface Studio 2+ sitting flat on a table.

Almost four years ago to the day, Microsoft released the Surface Studio 2, which we called "a true Mac killer" in our Surface Studio 2 review. It has fallen our of favor as Apple switching to the M1 iMac over the past couple of years, but Microsoft is finally answering back with the aptly named Surface Studio 2+, announced during Microsoft's fall hardware event.

It's a revision to the model released a few years back, at least based on the name. But under the hood, the Surface Studio 2+ is an all-new machine. You're now getting an 11th-gen Intel mobile processor, which Microsoft says is "50% faster" than the previous Surface Studio. Even that's an understatement. The previous version was stuck with a 7th-gen Intel processor that was dated when it was released.

Read more
Scientists just achieved a breakthrough in quantum computing
A two-qubit gate between two atoms.

A research team from the Japanese Institute for Molecular Science has now made a great stride in quantum computing, making it happen with the help of a two-qubit gate. A qubit is the quantum equivalent of a binary bit, which is a basic unit of information used in computing.

The team successfully managed to execute the world's fastest two-qubit gate in just 6.5 nanoseconds. In the process, the researchers had to overcome some of the limitations linked to this kind of technology. However, there's a catch -- the method they used might be tricky to replicate in a less research-based environment.

Read more