Weijie Huang

Hello Daniel, I take some times to read the article once more, and I know where I am wrong. Due to the problem, I would like to know if I get the ground state of file one by osmps, how can I set the ground state to be the initial state of the other file by osmps. Best regards, Weijie Huang

Hello Daniel, I have corrected the py file, but the result is not similar with the paper, especially the trend is not similar. But I could not find the result, and I also want to if example about finite temperature and not-Hermitian is exist. Best regards, Weijie Huang

Hello Daniel, I calculate the dynamical system. Py file can run but after long time, I can't get the result, the article and py file as following. Best regards, Weijie

Hello Daniel, I continue repeating this article. I want to know if I could add a local chemical potential at site 0 in dynamical system. I watch the example, only the parameter in the Hamiltonian can be changed in time. Kind regards

Hello Daniel Jaschke, The program works well, and the result is correct .I'm very sorry to take up your valuable time. It seems that I should read the document once more. I will try to understand the contents. Best regards, Weijie Huang

Sorry, in my last reply, C_{j}=<s_{0}^{c}s_{j}^{c}> should be replaced by S_{j}=<s_{0}^{s}s_{j}^{s}> . The other is true.</s_{0}^{s}s_{j}^{s}></s_{0}^{c}s_{j}^{c}>

Hello Daniel Jaschke, The observable has been corrected, but the result is not consistent with the article. The article shows that C_{j}=<s_{0}^{c}s_{63}^{c}> is 0.9 , my result is 0.08 As for j from 1 to 62 ,article is close to zero ,my result is 0.4.</s_{0}^{c}s_{63}^{c}> I don't know whether there is something wrong in my py file. Kind regards, Weijie Huang

Hello, I repeat one article by OSMPS. The Hamiltonian is H=-\sum_{i,\sigma}[(J+\delta J(-1)^i)c_{i,\sigma}^{\dagger}c_{i+1,\sigma}+h.c.]+U\sum_{i}n_{i\uparrow}n_{i\downarrow}. The observation is C_{j}=<s_{0}^{c}s_{j}^{c}> and S_{j}=<s_{0}^{s}s_{j}^{s}> (S_{j}^{C}=\sum_{\sigma}n_{j,\sigma}-1, S_{j}^{S}=n_{\uparrow ,j}-n_{\downarrow ,j})</s_{0}^{s}s_{j}^{s}></s_{0}^{c}s_{j}^{c}> I have write the file, the result is not correct when I running OSMPS and watching OUTPUTS. Some correlations are bigger...