Understanding The Qubit State Without Math

And the next chapter is out!

Last week, I rebooted! I re-started my endeavor to explain quantum computing and quantum machine learning in an accessible way. This time, I decided to skip (advanced) math altogether. This week we make the departure! We try to Understanding The Qubit State Without Math!

But that doesn’t mean I am stopping my previous way of explaining quantum machine learning in a mixed style. By contrast, I’ve been pretty busy writing my book.

So, today, I published the next update on Hands-On Quantum Machine Learning With Python Volume 2: Combinatorial Optimization. This time, in chapter 6, we do one thing: we look at qubits!

It may surprise you that one could spend a whole chapter just on such a trivial thing as looking at something. Yet, we can’t compare quantum systems with anything we know classically.

The problem with quantum systems is that you can’t look at them without disturbing them. You may have heard it a thousand times already, yet, when you look at a qubit, its state of superposition collapses.

But that’s only half of the story because collapsing does not really mean destroying. Because at the very time you collapse one state of superposition, you create another.

Sounds interesting? It is not too late to join the Early Access Program. More than 110 pages are already waiting for you!

Furthermore, if you haven’t yet claimed your copy of Volume 1, you can now save 10% by buying the eBook bundle. It contains the complete Volume 1 and the Early Access of Volume 2.

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