Quantum Probability ― Quantum Logic

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I recently, via Zoom, watched a lecture on QM at Chapman University, supposedly on philosophy and QM. It was by Matt Leifer, a mathematician, so it didn't contain much philosophy but was mostly the math of QM. He talked about several things, but one was a book cited a lot in the literature - Quantum Probability ― Quantum Logic. Evidently, it is nearly all math. So he went to his school library (Chapman University) to get it. It was not there. He searched and searched and eventually found a copy, but it was not easy. When he got it, evidently, it was basically all math, and he now considers it mandatory reading.

I noted Amazon had it, so bought a copy:
https://www.amazon.com.au/gp/product/3662137356?tag=pfamazon01-20

I will let people know what I think when I get it.

Thanks
Bill

 
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The work of Matt Leifer contains a lot of philosophy, just saying.
 
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Demystifier said:
The work of Matt Leifer contains a lot of philosophy, just saying.
Thanks for the heads up.

Thanks
Bill
 
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Hi All

Just got the book.

So far, it seems as advertised.

I will give a more detailed report later.

Thanks
Bill
 

Related to Quantum Probability ― Quantum Logic

1. What is quantum probability?

Quantum probability is a mathematical framework used to describe the behavior of quantum systems. It involves assigning probabilities to the outcomes of measurements on quantum systems, which can exhibit characteristics of both particles and waves.

2. How does quantum probability differ from classical probability?

Classical probability deals with systems that can be described using classical logic and obey the laws of classical physics. Quantum probability, on the other hand, applies to systems at the quantum level where particles can exist in superposition states and exhibit entanglement, leading to probabilities that may differ from those predicted by classical probability theory.

3. What is quantum logic?

Quantum logic is a non-classical version of logic that is used to reason about propositions involving quantum systems. It differs from classical logic in that it allows for superposition of logical states and non-commutative operations, reflecting the unique properties of quantum systems.

4. How is quantum probability related to quantum logic?

Quantum probability and quantum logic are closely related, as quantum logic provides the formal framework for reasoning about quantum systems, while quantum probability assigns probabilities to the outcomes of measurements on these systems. Together, they form the basis for understanding and predicting the behavior of quantum systems.

5. What are some applications of quantum probability and quantum logic?

Quantum probability and quantum logic are used in various fields, including quantum computing, quantum information theory, and quantum cryptography. They provide the mathematical tools necessary to analyze and manipulate quantum systems, enabling the development of new technologies and advancements in the field of quantum mechanics.

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