Recent content by ever.monk

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    Understanding Basic QM: Multiple Solutions, Tunneling & Normalization Explained

    one more thing which has been puzzling me constantly, is what those accents and strange symbols on top of most of the symbols (like E, p etc) are? If I am not mistaken they are unneccesary...
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    Understanding the Infinite Well Potential for Modeling Electron Bound to Atom

    What u might be looking for is the schrödinger equation expressed in radius and angle. You can then make a much more accurate picture as you can use the attraction of the electron to the nucleus as the potenital in the from U(x)= -ke^2 /r. This gives a much more accurate picture of an electron...
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    Understanding Basic QM: Multiple Solutions, Tunneling & Normalization Explained

    just came across another strange something. In this book I am working out of, they start introducing the 3D inf-V well, but the formula they show is En=(h^2)/(8mL^2) x (nx^2 + ny^2 + nz^2). I was wondering what L is, as there are 3 spatial dimensions?? Would love an explanation :D.
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    Understanding Basic QM: Multiple Solutions, Tunneling & Normalization Explained

    thanks, that helps a lot! So for the operator of energy for example. After you "apply" it you just have to algebra the wavefunction lose again and the value that it is multiplied with is then the function for the property of that operator, if i understand correctly how that works. Then I am...
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    Understanding Basic QM: Multiple Solutions, Tunneling & Normalization Explained

    i get the tunnelung part, as that's beyond the V>E part where it turns E>V again, but if there was a chance of finding the particle in the "hill" as its usually called, that would kinda violate any conservation of energy. That what I am wondering about. and as my math isn't what it should be...
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    Understanding Basic QM: Multiple Solutions, Tunneling & Normalization Explained

    Im working through some basic QM problem for school, but sadly I am still in high school and none of my teachers have studied physics :frown: . So just curious about a few things: Often for certain situations there are multiple (atleast in mathematic form) solutions to the schrödinger Eq. Are...
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