What does the phrase "$s$-wave resonance" mean?
2020年1月24日 · I saw the phrase " s s -wave resonance" in various research articles: "Comparison of average s-wave resonance spacings from proton and neutron resonances" by …
condensed matter - What is a $p_x - Physics Stack Exchange
I often read about s-wave and p-wave superconductors. In particular a px + ipy p x + i p y superconductor - often mentioned in combination with topological superconductors. I …
s-wave, p-wave or d-wave collisions in scattering theory
2014年1月22日 · S wave is the zero angular momentum quantum number , l=0, and will correspond to a classical head on collision. P is l=1 and d l=2 which means higher angular …
Phase shifts in scattering theory - Physics Stack Exchange
The partial wave expansion decomposes the scattering process into the scattering of incoming waves with definite angular momentum quantum number. It explains in which way s s -, p p -, …
Is Heisenberg's matrix mechanics or Schrödinger's wave …
Within a year, wave mechanics was born and shown to be physically equivalent to matrix mechanics, mostly by Dirac and partly by Schrödinger. Wave mechanics instantly became …
Why can't transverse waves travel through a liquid?
2015年2月11日 · Can someone explain why a longitude wave can pass through the liquid, but a transverse wave can't. And can someone recommend some good animation of these processes.
How is the Schroedinger equation a wave equation?
In the technical sense, the Schrödinger equation is not a wave equation (it is not a hyperbolic PDE). In a more heuristic sense, though, one may regard it as one because it exhibits some of …
What are $s$-wave collisions? - Physics Stack Exchange
2022年10月27日 · In several articles on quantum physics, I found written " s s -wave collisions". However, even after looking it up on the Internet, I can't quite figure out what this refers to: …
Why does a system being in an $s$-wave mean that the spatial ...
Probably being silly here, but me and my fellow undergrads can't seem to come up with an exact answer to why, if a system is in an s s -wave, edit: or any orbital with an even value of ℓ ℓ, the …
Born Interpretation of Wave Function - Physics Stack Exchange
I have just started Griffiths Intro to QM. I was studying Born's interpretation of Wave function and it says that the square of the modulus of the wave function is a measure of the probability of f...