Rafael de la Fuente

This solver uses [Hartree atomic](https://en.wikipedia.org/wiki/Atomic_units) units by default, which are more convenient for atomic scale computations. Common SI unit factor conversions are found [here](https://github.com/quantum-visualizations/qmsolve/blob/main/qmsolve/util/constants.py). If you have the constants of...

Hi Wing, Individual qubits were never implemented. However, it's definitely simple to implement them within the current framework. I halted the development of this project for now, but I'm open...

Hi, The harmonic oscillator and any other system subjected to a real value potential V(x) only have real-valued eigenstates up to an arbitrary complex constant with a module equal to...

The complex spherical harmonic basis is not the unique basis of the 3D harmonic oscillator due to energy degeneracy. This solver will normally converge separately to the real $\frac{Y^{m}_l +...

Hi, I can collaborate on research projects but I do not make bachelor's thesis

Adding polarization-dependent diffraction is one of the things I have planned to add for the future. In fact, I already have an implementation. If I see people is interested I...

Next year, around June, I plan to release a new version of diffractsim. I will also write an academic paper discussing it. It will include modeling and light propagation inside...

For what I know Numpy is already using multithreading, so I cannot think it can be made faster using multiprocessing. Anyways I made a quick edit of the raytracer to...

Done!

I have the same error