As for " the Schrodinger equation is written in terms of parameters chosen to agree with the experimental quantities "-can you please be more specific ?-- talk ) 21 : 45, 30 May 2009 ( UTC)
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Reading article about electron and Schrodinger Equations, I have seen that a region with more probability to find a electron in a Hidrogen Atom, or any other in energy state 1s, in in the center of atom.
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:: The rules are a simple generalisation of the Schrodinger equation so you don't have to perform Hartree-Fock equations every time you want to estimate how orbitals are filled . talk ) 21 : 03, 16 August 2009 ( UTC)
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Dr . Brian Greene, a theorist at Columbia University and author of " The Elegant Universe, " cites Einstein's general relativity equations, which describe how matter warps the fabric of space, and the Schrodinger equation, the fundamental equation of quantum mechanics.
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My explanation of Manadalas in heart, Schrodinger equation, and primes ( three places where we found them ) is that they represent the rotation of harmonic opposites, meaning opposites such as sine and cosine that are bipolar and together form a quadrupole.
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This means that you need to write down the Schrodinger equation for the matter fields and space-time metric ( the wavefunction is a " functional " of the fields, i . e . it assignes to each field configuration a probability amplitude ).
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:You have the right form for the expectation value of the potential between the electrons, however, you have to use v ( x _ 1, x _ 2 ) in solving the Schrodinger equation ( written below ) by which you determine the wave function.
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So there we are, the Schrodinger equation . My question is this, having had no education in any quantum mechanics, or knowledge of how to acquire one ( relatively quickly ) short of reading various freely available science books, I want to know how to derive psi using this equation.
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The solution seems to have answered a different question, namely whether every wavefunction that is a solution to the time-independent Schrodinger equation ( with the V ( x ) condition ) can be expressed as a linear combination of even and odd solutions, NOT that every wavefunction is purely odd or even.
