Exercise course for Electrodynamics 2.
For the general syllabus, course requirements, and other info, see the moodle page of the lecture course.
Exercise course requirements:
Weekly homework assignments + mini project. (The problem sets are available on Microsoft Team Electrodynamics 2 AY2025-2026)
Planned exercise sessions:
02.17: potential theory I
02.24: potential theory II
03.03: potential theory III
03.10: potential theory IV
03.17: magnetic scalar potential, dielectrics
03.24: wave guides
03.31: resonant cavities
04.14: waves in matter, dispersion, Kramers-Kronig relation
04.21: mini project presentation I
04.28: multipole radiation and scattering
05.05: relativistic electrodynamics I
05.12: relativistic electrodynamics II
05.19: mini project presentation II
05.26: mini project presentation III
For the general syllabus, course requirements, and other info, see the moodle page of the lecture course.
Exercise course requirements:
Weekly homework assignments + mini project. (The problem sets are available on Microsoft Team Electrodynamics 2 AY2025-2026)
Planned exercise sessions:
02.17: potential theory I
02.24: potential theory II
03.03: potential theory III
03.10: potential theory IV
03.17: magnetic scalar potential, dielectrics
03.24: wave guides
03.31: resonant cavities
04.14: waves in matter, dispersion, Kramers-Kronig relation
04.21: mini project presentation I
04.28: multipole radiation and scattering
05.05: relativistic electrodynamics I
05.12: relativistic electrodynamics II
05.19: mini project presentation II
05.26: mini project presentation III
- Tanár: Hetényi Balázs
- Tanár: Nyári Bendegúz Tamás
- Tanár: Takács Gábor