The most beautiful experiment in the world
0.1. Related subject/curriculum unit
Calculation of the wave function of a ground-state hydrogen atom: nuclear physics, photochemistry.
0.2. Motive
Computational physics is a subject that aims to deepen understanding of physics by solving physics problems using computers as tools. In order to solve a physics problem with a computer, a numerical method is required. Numerical analysis itself is not computational physics, but computational physics is to obtain physical understanding by solving physics problems using numerical analysis methods. The most difficult part to understand during the self-examination of ‘a study on the elastic modulus of the TATA box according to the DNA sequence’ was the principle of the simulation program called NAMD. The energies and boundary conditions between atoms were a major obstacle to modeling. In autonomous research, I analyzed vast simulation results with MATLAB, but this time I wanted to compose a simulation myself. Although I will not be able to complete high-level simulations, I would like to prepare a foothold for becoming a computational physicist.
Science historian and philosopher Robert P. Creese asked readers in 2002 to recommend an experiment he thought was the most beautiful in 'The World of Physics'. For Kriz, there were three criteria for beauty. First, in-depth knowledge about the world must be revealed, all instruments related to the experiment must show the experimental results, and finally, all theoretical questions must be resolved by the success of the experiment. The most beautiful experiment in the world I thought, and the ‘study on the wave function of a hydrogen atom’ in the field of nuclear physics, is one of the essential studies for understanding the properties of other polyelectron atoms.
2021.10.22 - [Project/Python] - 1. Summary [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 2. Report1 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 3. Report2 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 4. Report3 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 5. Report4 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 6. Note1 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 7. Note2 [hydrogen atom wave function]
2021.10.22 - [Project/Python] - 8. Note3 [hydrogen atom wave function]
'Project > Python' 카테고리의 다른 글
5. Report4 [hydrogen atom wave function] (0) | 2021.10.22 |
---|---|
4. Report3 [hydrogen atom wave function] (0) | 2021.10.22 |
3. Report2 [hydrogen atom wave function] (0) | 2021.10.22 |
2. Report1 [hydrogen atom wave function] (0) | 2021.10.22 |
1. Summary [hydrogen atom wave function] (0) | 2021.10.22 |
댓글