Strangeworks, the Texas based Quantum Computing Company refreshes its offering

Strangeworks is perhaps one of the lesser known QC companies. Whilst we haven’t heard from the company in a while we are pleased to note the company has been busy beefing up its software offering. The claim is that Strangeworks can allow users to run quantum code from all major frameworks and in jupyter notebooks. That means you can use Strangework’s software to interact with a variety of platforms and languages such as Cirq, Qiskit, Q# and more.

In the latest news, Strangeworks can work with the following languages: Cirq, Qiskit, OpenQASM, Q# and many more. Plus you can run on all major platforms.

The idea is that code can be run against quantum simulators and hardware from all major frameworks, being effectively hardware and tooling agnostic. As yet we have not tried out the claims, but we have been impressed with earlier platforms which have aimed to make the interface to quantum computing as unified and as least daunting as possible. Strangeworks was company of the day back in 2020. Strangeworks also have been sponsoring the Quantum section of stackoverflow – dedicated to pushing the boundaries of Quantum computing.

Strangeworks, the Texas based Quantum Computing Company refreshes its offering
Quantum Languages and Frameworks that Strangeworks can effectively work with.
Quantum Strategist

Quantum Strategist

While other quantum journalists focus on technical breakthroughs, Regina is tracking the money flows, policy decisions, and international dynamics that will actually determine whether quantum computing changes the world or becomes an expensive academic curiosity. She's spent enough time in government meetings to know that the most important quantum developments often happen in budget committees and international trade negotiations, not just research labs.

Latest Posts by Quantum Strategist:

Quantum Signatures Bypass Tricky Quantum Memory with Classical Computing Power

Quantum Signatures Bypass Tricky Quantum Memory with Classical Computing Power

February 5, 2026
Laser Breakthrough Boosts Next-Generation Chip Manufacturing with Tin Plasmas

Laser Breakthrough Boosts Next-Generation Chip Manufacturing with Tin Plasmas

February 5, 2026
Scientists Gain Full Control over Unpredictable ‘Rogue Waves’ in Laser Light

Scientists Gain Full Control over Unpredictable ‘Rogue Waves’ in Laser Light

February 5, 2026

Leave a Reply

Your email address will not be published. Required fields are marked *