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www.ekran.org | ||
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scottaaronson.blog
So, Part II of my two-part series for American Scientist magazine about how to recognize random numbers is now out. This part---whose original title was the one above, but was changed to "Quantum Randomness" to fit the allotted space---is all about quantum mechanics and the Bell inequality, and their use in generating "Einstein-certified random numbers." |
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profmattstrassler.com
In 2025, a quantum centenary, I'll tackle quantum questions. To start: the (in)famous double-slit experiment, examined with very great care. |
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www.preposterousuniverse.com
[AI summary] The text discusses the implications of quantum mechanics and the concept of expected energy in quantum systems. It highlights the difference between the average energy of a quantum state and the energy of the system post-measurement, emphasizing that the former is a statistical average while the latter is determined by the measurement outcome. The discussion also touches on the broader context of quantum theory, including the role of measurement and the probabilistic nature of quantum states. Additionally, it references the importance of energy in physical processes and the connection to classical thermodynamics, suggesting that while quantum mechanics provides a framework for understanding energy at a fundamental level, classical concepts still... |
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www.joshuatan.com
Rob Spekkens is a theoretical physicist who works on the foundations of quantum mechanics, which means that he thinks a lot about the meaning of experiments in quantum mechanics: what experiments a... |
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