Can phase shifts δl be calculated in scattering theory?

In summary, the conversation is about the calculation of phase shifts in scattering theory and the use of numerical methods, specifically solving the radial Schrodinger equation, to obtain these phase shifts. The speaker is seeking advice on how to proceed and if there are any existing codes, such as Python or C++, that can help with this task. The responder mentions some resources that may be helpful for the speaker.
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Ado
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Hello,

My question is about the calculation of phase shifts δl in scattering theory.
Some article mention that we can obtain phase shifts by numerically solving the radial Schrodinger equation but I'm not sure how to do it.
Do you know how to proceed? is there any code (python, c ++, ...) already written to do it?

Thanks in advance !
 
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Thank you very much @highflyyer !
 
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Related to Can phase shifts δl be calculated in scattering theory?

What is a phase shift?

A phase shift is a change in the position or timing of a wave or signal. It is typically measured in degrees or radians and can occur in various types of waves, such as sound waves, electromagnetic waves, and quantum waves.

Why is it important to calculate phase shifts?

Calculating phase shifts can provide valuable information about the behavior of a wave or signal. It can help in understanding the properties of a system or in predicting future patterns. In some cases, phase shifts are intentionally introduced to manipulate the behavior of a wave or improve the efficiency of a system.

How is a phase shift calculated?

The calculation of a phase shift depends on the type of wave or signal being analyzed. In general, it involves comparing the starting points and ending points of two waves or signals and determining the difference in their positions or timings. This difference is then converted to a phase shift measurement in degrees or radians.

What are some applications of phase shift calculations?

Phase shift calculations have numerous applications in various fields of science and technology. They are commonly used in fields such as acoustics, optics, electronics, and telecommunications. Some specific examples include analyzing sound waves in musical instruments, correcting phase distortions in audio signals, and improving the performance of wireless communication systems.

Are there any limitations to phase shift calculations?

While phase shift calculations are useful in many applications, they do have some limitations. One limitation is that they assume a linear relationship between the two waves or signals being compared. In reality, this may not always be the case, leading to inaccurate results. Additionally, phase shifts can be affected by external factors such as interference or noise, which can also impact the accuracy of calculations.

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