Im writing a report that will need Python linear algebra routines to solve the one-dimensional time-independent Schroedinger equation for the infinite square potential well.
I need someone who can understand the general characteristics of the solutions and to check the accuracy of the solutions against other techniques or analytical solutions.
Please read the notes attached
I am a phd student on quantum computing and theoretical physics. In the same time, I am fluent in Python since I use python frequently in my research. I know very well the analytical solution of Shrödinger equation for Plus
9 freelances font une offre moyenne de 161 $ pour ce travail
*** Hi. Nice to meet you. *** I am very interested in your project. I am a physicist and I can simulate the various phenomenon using Python, COMSOL, Lumerical FDTD, Ansys, etc. My major is optics and I have good backgr Plus
Hello. I am ph.d in theoretical physics (know a lot about Shrodinger equation) and good in Python. So I think that will be able to help here. Regards.
Hi there. I'm Kirill. I have read your detail carefully. I'm expert in the field of mathematical, physics , python, c language and algorithm. Hope you contact with me. Best regard!
Hello, Hope you're doing well. I am a professional Python developer with 6 years of experience in Python and Machine Learning such as NLP, Deep Learning and Artificial Intelligence , CNN, Image processing and OCR.. I Plus
Hello, how are you? I read your project description and attached files carefully. I am an expert in the above field I am an expert in Mathematics/Physics/ Python. I have a lot of experiences in Numerical methods to sol Plus
Hello, How many "other techniques/solutions" that you wan to compare to this solution? (it is important ... because then we have to implement all of them... Am I right?) If you don't rush in time (I'm quite busy this w Plus
I will add numerical solution of Schrodinger Equation with plots in the report. Each solution will have its own short summary. Will also provide analytical solution of the equation along with numerical. I can write rep Plus