Undergrad Many-Worlds Theory: Simulation Program in C#

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The discussion revolves around a C# program aimed at simulating the Many-Worlds Theory, specifically focusing on the creation of galaxies. The original code lacks comments and uses German variable names, making it difficult for non-German speakers to understand. A revised version with more comments and English variable names has been offered for clarity. The author seeks assistance in debugging the code and completing the simulation, particularly in tracking the number of galaxies and available particles. The thread was ultimately closed due to its classification as original research outside the forum's scope.
ShadownightPrograms
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Does anyone know the Creation Process of an Galaxy in Theory and can help me out in creating an Galaxy for an Simulation of the Many Worlds Theory in Combination woth Quantum Physics?
Here is the Code File in an txt. I can on request provied the whole Program, which includes the PSE, AtomFunctions and many useful but not all implemented Funtions to solve the Many Worlds Problem in C#. Please feel free to ask questions via here or email [e-mail address deleted by Mentors]
I hope you can help me finish this step to the simulation of the many world theory. I only did it for the 2nd Univerese. The first one will be the same but with the Parity of the place vector which is i think 3-dimensional.
 

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Here is the Atom file too for the better understanding of the functions used.
 

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ShadownightPrograms said:
Please feel free to ask questions
Sure. What are we supposed to do with this? Your code is almost completely uncommented -- Galaxy.txt has two comments plus a few more for commented-out code.
Teilchen.txt has one comment.
Besides having almost no comments, many of the variable names are in German, so are meaningless to readers who don't speak German.
 
I overworked the whole program strucure. Here it is with way more comments and only English names and also i provided links to the sources ... I hope anyone who is familiar with the creation of an Galaxy can help me by providing assistance in overlooking the code for Errors or helping me finish the creating process ... I don't know how to end the class to get an Number on how many galaxies are created and how many particles are still unused or "free to use" in space. I thought about an dynamic list to reduce the space on disk ... What are your thoughts about it? Feel free to share what i can improve on the code ... It is originally an cs class c#
 

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I think nobody can understand your simulations if you don't present your theory in a form of a theoretical physics paper.
 
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ShadownightPrograms said:
I hope anyone who is familiar with the creation of an Galaxy can help me by providing assistance in overlooking the code for Errors or helping me finish the creating process

This is original research and is outside the scope of PF.

Thread closed.
 
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Thread 'Two equivalent statements of time reversal symmetric Hamiltonian'

Time reversal invariant Hamiltonians must satisfy ##[H,\Theta]=0## where ##\Theta## is time reversal operator. However, in some texts (for example see Many-body Quantum Theory in Condensed Matter Physics an introduction, HENRIK BRUUS and KARSTEN FLENSBERG, Corrected version: 14 January 2016, section 7.1.4) the time reversal invariant condition is introduced as ##H=H^*##. How these two conditions are identical?
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