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Series
Exploring Microsoft's Q# and quantum computing concepts.
💡 I touched this topic at the beginning of my Sydney .NET User Group June 2025 Talk. If you’re reading this after my talk and wondering what the heck I was saying — this is it. If you want a quick summary in plain English, please go to the end of th...
Unlike stubborn classical bits that don’t know how to interfere with each other, qubits are like social butterflies; they mingle and mix up, cancelling or amplifying each other like waves at a rock concert. Just like the classical world, we have gate...
I wrote an article talking about Quantum Programming using Q# and C# - with C# mostly standing by and watching in awe (and probably trying to figure out what’s going on) while Q# worked its magic. That was a simple example but it exposed us to the wo...
Q# Helped a Bit
Quantum computers are not your usual tech. They are very different mainly because of the way their chips are. Normal computers, including supercomputers, process information in bits. So, a signal is either a 1 or a 0. When computers do some multi-t...
