pylcp

Hi Robeto, I could manage to solve it, but it would sound a bit stupid, but evntually it works. This

Hi Lajos and Xin Wang, Sorry for the delayed reply to these questions. Note that the subtle

Hello, There might be a potential sign error for the magnetic matrix of the molecular Hamiltonian. In

Hello Mattia, I will dig up the code that I used for the tetrahedral gray molasses paper next week

hey, thak you for the response. i tried both configurations (all the same or +pol for x,y and -pol

Hello Vanessa, I've attached a pruned version of one of my simulation notebooks, which should

Hi Lajos, Sorry for the (super) delayed reply. I haven't had much time recently to devote to

Hi Max, Sorry, your email somehow fell through the cracks. The 1.4 is a rough approximation of the

Thanks Shang-wey, I concur with your changes and I am adding them to the forthcoming 1.0.3 bug fix

Hello, Below you can find a code snippet that generated Fig. 1 of our paper. Hope that helps! Best, -

Hi Max, I've indeed come across this exception before. As I recall, it typically happens because

Hi Lufter, One limitation of the rate equation governing equation is that it needs to re-diagonalize

Hi Bethan, I looked over your code briefly, and I think your problems might be related to

Hello Bappaditya, Sorry for the delayed reply. Adding another laser with an arbitrary direction is as

Hello Malte, Sorry for the delayed reply. Thank you for finding the error in the example code. I'

Hi, I am exploring this brilliantly written Python package pylcp and trying to learn how to make

Hello Lei, Yes. Gamma is the spontaneous emission rate of the excited manifold, which is presumed to

Hi L., That's correct (at least for bosons). If you want to simulate a fermion, then significant

Dear Daniel, Thank you very much for all your help! After going through the literature I checked my

Hi L., I hope to have a response to each of your questions today. Just to check, I've also

Hi Roman, You are correct, the Xbasis does not correspond to the eigenstates of H0_X. The Xbasis

Hi Jorge, The easiest way to incorporate the branching ratios is to use relative decay rates between

Thanks, Daniel. Divergence of probability using default settings was the reason for trying other

Hi Omar, Pylcp should work for you in that case. You'll just have to update the level structure/

Hi Manuel, Sorry for the confusing notation. It's unfortunate that we use the same variable names

Hi Dongkyu, I have gone over your code, and everything that you have put in looks correct. I am now

Hello Arpita, I just went through your code and have two suggestions: Try to keep the g->e and r-

Hi Steve, Thanks again also for a quick response to this question. It seems that overwriting the

Thanks a lot for your reply Steve. I suspect the parameters in Ungar for that particular force curve

Dear pylcp users, We've just released pylcp version 1.0.2 on GitHub and PyPi. This version