I thought an orgy would imply that for each fucking tuple (h1, h2) € F[H], there exists at least another pair where (hx, h3) € F[H], hx € {h1, h2}, so that there are not two disjoint strict subsets of O.
In textual words: When Tobi and Torben have sex, and Brunhilde and Gudrun have sex, I thought this is not an orgy. There must be a connection between those two pairs. I bet I am having an orgy with a lot of strangers by the definition of this paper.
Depends if they are all doing so in the same room (or area if outdoors) at the same time. That’s missing from the quick overview summary that the image presents.
This always bugs me. Quantum Mechanics isn’t actually that difficult. It has some nasty maths, yes, but that’s mostly slog work, rather than an impossibility. 90% of it is the Schroedinger’s equation + boundary conditions.
The main issue is that you have to abandon the particle model of reality. This is deeply engrained into our brains. If you try and understand it as “Particles + extras”, you will fail. You have to think of it as “Waves + extras”. It then, suddenly makes logical sense.
It does have some interesting implications, however, about deeper reality however. E.g. what exactly IS decoherence, from a physical point of view. Also, what is physically happening, dimensionally, when a wave is complex, or even pure imaginary. These are beyond the scope of QM however.
The big problem isn’t that the math is hard, or that’s often impossible to visualise. The problem is that a whole bunch of charlatans intentionally misinterpret what “observing” is in QM, to make money off of gullible victims.
To elaborate on this, the Schrödinger equation, which describes the dynamics of a single particle, is a wave equation and hence a lot of classical intuition from e.g. electrodynamics can be applied. It is many-body systems, i.e. systems composed of many interacting particles, which is not only mathematically complex but can also defy classical expectations due to emerging phenomena, etc.
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