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In the last post in this series we dove deep into the mathematics and usage examples of multi-qubit gates, with special attention paid to one of the most critical gates in quantum computing, the CNOT gate.

In today’s post we are going to explore the wonders of entanglement – a core concept of quantum mechanics and a critical idea for quantum computing, where it is obtained via the application of the CNOT gate.

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In the previous post of this series, we discussed single qubit gates. In this next instalment, we are going to explore gates that act on multiple qubits at once, thus completing the exploration of quantum circuit building. We are also going to slowly, but diligently uncover the underlying theoretical scheme towards one of the most bizarre concepts in quantum mechanics – entanglement, which is something that will be dedicating the next part to.

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Two days ago I blogged about doing semantic classification of C# code using Roslyn. Today, I wanted to draw your attention to a new feature we have recently shipped in OmniSharp and which is now available as experimental feature in C# extension for VS Code, and that's improved OmniSharp semantic highlighting.

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Last week I wrote a guest post on the Q# community blog about the new standalone/self-contained Q# applications that were introduced in Microsoft Quantum Development Kit 0.11.2004.2825.

In the post I go over the various aspects of the feature, discuss the new @EntryPoint() attribute that was introduced into Q# and dive deeper into some implementation details. Enjoy the article!

A while ago, I blogged about using Roslyn's completion service. In today's post, I wanted to continue looking at some of the excellent compiler features that can be utilized to build IDE-like features in your projects. This time, we will look at how to do semantic classification of the code using Roslyn.

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We left off in the last post after having discussed the Hadamard gate – our first quantum gate – and how it can be used to crate a uniform superposiiton for a single qubit. We are going to continue today by exploring other single qubit gates, discussing the underlying mathematics and, of course, testing it all out with some Q# code.

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One of the nice new features that we shipped in OmniSharp recently, and that has already made its way into the C# Extension for VS Code is support for decompilation. It was released in April as part of 1.35.0 release of OmniSharp. Let's have a quick look at how you can get it up and running.

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In the previous post in this series we mentioned the concept of superposition briefly. Let's use this second part to dive deeper into the mathematics of it, meet the cat of Schrödinger and try to find some simple quantum computing use cases for it.

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As we all know, we have recently been spoiled with the first preview release of pixiv用什么加速器. Additionaly, Preview 2 is just around the corner and is already available via dotnet-install scripts.

While it's still early days, we would want that OmniSharp users can work with .NET 5 as soon as possible, so we have just added support for .NET 5 in OmniSharp.

Let me quickly walk you through what you need to do to take advantage of that.

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Quantum mechanics is one of the fundamental theories of physics, and has been tremendously successful at describing the behavior of subatomic particles. However, its counter-intuitive probabilistic nature, bizarre rules and confusing epistemology have troubled some of the greatest physicists of the 20th century, even prompting Albert Einstein to remark “Old Man (often translated as 'God') doesn't play dice”.

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