For Rydberg states, the dipole matrix is calculated by solving the Schrodinger equation for Hatom using the Numerov method. We used the Python library from reference61 to calculate the dipole matrix for each state m. Details are given in Supplementary section III....
We solve numerically the effective-mass Schrödinger equation for the radially symmetric exciton statesns, with energiesEn:
Quantum computers, which use the best algorithms currently known, offer the possibility of solving certain computational tasks much more effectively than any classical counterpart [1–5]. This has inspired a great deal of searches for building scalable and functional quantum computers over the past tw...
An efficient method to enhance the harmonic efficiency and generate an isolated attosecond pulse is proposed by preparing the initial state as a coherent superposition of the ground state and a Rydberg state in a two-color laser field. By numerically solving the time-dependent Schrdinger equation,...
To compare the performances of the deep learning model and the master equation, we fitted the probe spectra for 20 bins with a frequency difference Δf = 2 kHz and four bins with a frequency difference Δf = 200 kHz by solving the master equation without considering the higher...