hokhani's latest activity
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Hhokhani reacted to JimWhoKnew's post in the thread I Quantum behaviour of an electron around a positively charged sphere with
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Can you please support this claim by showing how you derive it? -
Hhokhani replied to the thread I Quantum behaviour of an electron around a positively charged sphere.I'm terribly sorry for my serious error. I disregarded the non-commutation of position and Hamiltonian. So, it seems that by time...
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Hhokhani replied to the thread I Quantum behaviour of an electron around a positively charged sphere.I would appreciate if you could please explain what really occurs in this case, with considerations beyond the classical electromagnetism?
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Hhokhani replied to the thread I Quantum behaviour of an electron around a positively charged sphere.I got to this problem when I was thinking about the electronic transition among atomic states. I am also interested in possibly making...
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Hhokhani replied to the thread I Quantum behaviour of an electron around a positively charged sphere.Right, but to analyse the problem we solve Schrodinger equation, considering the initial conditions. Although the relative phases vary...
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Hhokhani replied to the thread I Quantum behaviour of an electron around a positively charged sphere.Ok, thanks. but the problem persists for a proton instead.
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HJust to add to all the correct comments that were made already: The wording above is dangerous because it mixes two different pictures...
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Hhokhani posted the thread I Quantum behaviour of an electron around a positively charged sphere in Quantum Physics.If we release an electron around a positively charged sphere, the initial state of electron is a linear combination of Hydrogen-like...
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HDivide your result corresponding to ##p_y## by ##i## (a global phase factor) and observe that now both expressions are real (and...
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H##Y^m_l## is a function of two variables that has complex values on a sphere. Following @WernerQH in post #6, ##p_z## is described by...
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Hhokhani replied to the thread I Visual depiction of atomic orbitals.As you clearly outlined, ##\gamma_l^m## has complex values on a sphere. In the case of ##p_z## there is no problem because ##\gamma## is...
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HThose look like the real and imaginary parts of the spherical harmonic.
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HWavefunctions are usually written down in a coordinate system where the z-axis is singled out, i.e. the azimuthal quantum number ## m ##...
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Hhokhani replied to the thread I Visual depiction of atomic orbitals.The Spherical harmonics are in the form ##\gamma_l^{m}(\theta, \phi) \propto P_l^{m}(cos \theta) e^{im\phi}##...
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Hhokhani replied to the thread I Visual depiction of atomic orbitals.I think you agree that the p-orbitals are spherical harmonics ##\gamma_l^{m}(\theta, \phi) \propto P_l^{m}(cos \theta) e^{im\phi}## with...