Superposition physics is the type of physics that is most often discussed.
But it isn’t what is needed to do science in the real world. Superposition was the type of physics invented in the late 1970’s by David Bohm to provide a mathematical framework for quantum mechanics. It describes the state of something where an observer is somewhere else.
You are somewhere in a superposition of two states. You might be in the “beginning” state, or in the “middle” state. Something may be there at the beginning, in the middle, or at the end of the universe, for example.
In the middle, the water molecule in a two-molecule block has its electron pair with the second molecule. In the end, the same two electrons have moved to the outside. In both cases, the water molecule has lost its charge because the energy required to create a move to the outside has been absorbed.
We may think of the place where the electron is located as a dreamer, and the dreamer is somewhere else. For all we know, this might be true. But we know that for many purposes, such as observation of the results of quantum mechanics, it is important to know where an electron is.
The Bohm theory has some limitations, but it is widely used today for applications like computing, the creation of black holes, and theories of general relativity. Of course, the Bohm theory provides no explanation of what happens in a dream.
The state of a man in a superposition may be completely in a region in which his thoughts are located. This means that a man in a superposition of being in a dark room, is likely to be in a dream state. It also means that a person can be awake while dreaming. So we might say that a superposition physicist is someone who has the ability to deal with thought, imagination, and the future.
A Bohmian superposition scientist might look at an input and find that the same state exists at a distance. So, an arbitrary point of reference could have two similar states. So a superposition might have two or more points of reference, one of which is the center of the universe. And these points might differ in some way that makes the universe different from where they came from.
One way to use the superposition idea is to calculate the work physics equation, with respect to a point of reference. You might measure the position of a superposition and find that it gives the answer. You might also find that the same superposition answers both of your measurements.
So, there are a few things to look for in superposition physicists. They should not be the kind of physicists who are too concerned with what happens in their laboratory. Rather, they should be interested in the objectivity of the results.
If you ask them about the results, they will probably say they don’t know what is going on. But if you want to know why, then they are more than happy to explain it to you.
We want to have a conversation about quantum mechanics, but the editing service superposition physics should have nothing to do with it. Instead, we want to know the physics of the universe. So we are looking for the physics of an entire universe.
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