Speaker
Heetae Kim
(Institute for Basic Science)
Description
The least action principle is applied to better understand superconducting cavities. This principle, which is fundamental to forces such as electromagnetic forces, is used to derive the equations of motion. By applying the least action principle, heat dissipation in superconducting cavities is analyzed. When RF power is applied to a superconducting cavity, heat dissipation occurs within the cavity. Quantum effects in superconducting cavities are also explored, with particular attention to the quantization of the quality factor.
| Region represented | Asia |
|---|---|
| Paper preparation format | Word |
Author
Heetae Kim
(Institute for Basic Science)
