This discussion focuses on calculating and graphing the energy levels of electrons and holes in semiconductors, particularly under the influence of a magnetic field. Participants emphasize the importance of understanding the basic principles of semiconductor physics, including the concepts of electron and hole populations. The need for specific methodologies and tools for these calculations is highlighted, with a call for clarity on the user's current knowledge and attempts to solve related problems.
PREREQUISITESThis discussion is beneficial for students and researchers in semiconductor physics, electrical engineers, and anyone involved in the analysis and modeling of electronic materials.
What have you tried so far to solve these types of problems? It would help us in knowing where you need help.Gigi555 said:I'm very new to semiconductors. I want to do basic calculations. How would I go about calculating and graphing the energy of the electrons and holes given the magnetic field and the state.
Also, how would I do the same for the electron and hole population.