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  • 26 votes cast
Dec
26
asked Which electron is first ionized $n=2,\ell=1, m=?$
Oct
27
accepted Understanding hollow waveguides. What is $\lambda_g$ on the figure?
Oct
27
accepted In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
Oct
27
comment In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
Thank you. Is the fringe visibility 100% as illustrated on the picture ?
Oct
27
comment How do chirped mirrors compensate dispersion?
They would optimize the layer thicknesses so that it matches their desired dispersion.
Oct
27
comment How can I get the energy levels from a Hamiltonian?
I assume the program has calculated using some basis set the energy levels modified by the magnetic field. The eigenvectors are the states with the coresponding eigenvalues or energies.
Oct
27
revised Understanding hollow waveguides. What is $\lambda_g$ on the figure?
added 6 characters in body
Oct
27
asked Understanding hollow waveguides. What is $\lambda_g$ on the figure?
Oct
27
comment In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
Ok It is designed to be that way. Thanks.
Oct
27
revised In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
added 90 characters in body
Oct
27
revised In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
added 69 characters in body
Oct
27
comment Which waveguide mode will be excited by circularly polarized laser mode $\mathrm{TEM}_{00}$ entering hollow fiber?
Thank you. If the incoming beam with circular polarization excites the fundamental HE11 mode, How is the circular polarization preserved. HE11 has almost linear polarization.
Oct
27
asked In the double slit experiment with electrons why the single slit case is not diffracting as photons would have?
Oct
27
revised Which waveguide mode will be excited by circularly polarized laser mode $\mathrm{TEM}_{00}$ entering hollow fiber?
edited tags
Oct
26
revised Which waveguide mode will be excited by circularly polarized laser mode $\mathrm{TEM}_{00}$ entering hollow fiber?
edited title
Oct
26
revised Which waveguide mode will be excited by circularly polarized laser mode $\mathrm{TEM}_{00}$ entering hollow fiber?
added 6 characters in body; edited title
Oct
26
asked Which waveguide mode will be excited by circularly polarized laser mode $\mathrm{TEM}_{00}$ entering hollow fiber?
Oct
12
revised How is the temporal coherence of a pulse defined?
deleted 2 characters in body; edited title
Oct
12
revised How is the temporal coherence of a pulse defined?
deleted 2 characters in body; edited title
Oct
12
revised How is the temporal coherence of a pulse defined?
added 4 characters in body