What is it about?
Despite being the base for most of our current technology, quantum mechanics still holds many mysteries that are still the subject of debate among physicists to this day. In this paper, we see how we can deduce the whole of quantum mechanics, together with many new results, from a new mathematical structures, which not only demystifies those riddles, but also opens the door wide to applications in quantum technology, especially quantum computing.
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Why is it important?
In addition to demystifying the mysteries of quantum mechanics, this work answers age old questions such as: "Why are the laws of physics the way they are?" in a scientific way, without the need for a multiverse or the anthropic principle, and reveals the relationship between using complex numbers in quantum mechanics and the quantization of spacetime, and many more new results. Besides, it paves new paths to applications in quantum computing and other quantum technology.
Perspectives
On a personal level, this article answered many of the philosophical questions I was troubled with, and made me see quantum mechanics in a totally new light.
Chief Scientist Raed Shaiia
Read the Original
This page is a summary of: Generalised probabilistic theories in a new light, IET Quantum Communication, August 2022, the Institution of Engineering and Technology (the IET),
DOI: 10.1049/qtc2.12045.
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