Electromagnetism - Optics and Modern Physics

Semester:
2nd
Course Type:
Compulsory courses (YM)
Track:
-
Code:
Κ12
ECTS:
8
TEACHING HOURS per week
Theory:
6
Seminar:
2
Laboratory:
0
Specializations
Foundations of Computer Science (S1):
-
Data and Knowledge Management (S2):
-
Software (S3):
-
Hardware and Architecture (S4):
-
Communications and Networking (S5):
-
Signal and Information Processing (S6):
-
Related Courses
Prerequisites:
-
Expected Prior Knowledge:
-
Detailed Description
DIT_PPS_K12-ElectromagneticsOpticsAndModernPhysics.pdf
Course Content
1. Electric charge and potential and electric field, 2. Capacitance and dielectrics 3. Electric current, resistance and electromotive force 4. Moving loads and magnetic field, 5. Self-induction-mutual induction 6. DC circuits, alternating current, R-L-C circuits 7. Maxwell equations and basic E/M sizes, wave equation, Poynting vector 8. nature and propagation of light 9. Geometric optics (mirror lenses), optical instruments, 10. Contribution, refinement and applications 11. Special Theory of Relativity 12. The stability of light velocity and inertial systems 13. Length Correction and Time Expansion 14. Lorentz transformations 15. From Newton to Plank 16. Material waves 17. The Schrödinger equation 18. The structure of matter
LITERATURE AND STUDY MATERIALS - READING LIST
Recommended Bibliography:
  • H.D. Young, Physics, Volume II, Electromagnetism - Optics - Modern Physics, Translation and Editing by an academic team, Papazisis Publications.
  • Giancoli, Physics for Scientists and Engineers, Volume 2, A. Tziola Publications & Sons SA
  • R. Serway, Physics for Scientists and Engineers, Volume II, Electromagnetism. Translated to Greek by L. Resvanis
e-Class link
Ηλεκτρομαγνητισμός, Οπτική, Σύγχρονη Φυσική - ECLASS

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