Kwang-Il Seon's Home Page

The first principle is that you must not fool yourself. - Richard Feyman

< (AGN)^2 (Spring, 2024) >

Date & Time

Monday, 1:30PM - 4:30PM / LWC 220

References

Astrophysics of Gaseous Nebulae and Active Galactic Nuclei (Osterbrock & Ferland)

Errata: https://uscibooks.aip.org/wp-content/uploads/oster_err.pdf

Lectures

Lecture 01 (03/04) : General Introduction

Lecture 02 (03/18) : Photoionization Equilibrium [updated on 03/22]

Lecture 03 (03/18) : Photoionization Equilibrium [updated on 03/22]

Lecture 04 (03/25) : Thermal Equilibrium [updated, 03/25, 19:50]

Lecture 05 (04/01) : Calculation of Emitted Spectrum

Lecture 06 (04/08) : Comparison of Theory with Observations

Lecture 07 (04/15) : Comparison of Theory with Observations

Lecture 08 (04/22) : Internal Dynamics of Gaseous Nebulae

Lecture 09 (04/29) : Interstellar Dust

Lecture 10 (05/06) : Infrared Radiation and Molecules

Lecture 11 (05/13) : H II Regions in the Galactic Context

Lecture 12 (05/20) : Planetary Nebulae

Lecture 13 (05/27) : Heavy Elements and High-Energy Effects

Lecture 14 (06/03) : Nova and Supernova Remnants

Lecture 15 (06/10) : Active Galactic Nuclei - Diagnostics and Physics

Lecture 16 (06/17) : Active Galactic Nuclei - Results

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< Astrophysics (Fall, 2023) >

Date & Time

Monday, 9:00AM - 12:00PM / LWC 310

References

Radiative Processes (G. B. Rybicki & A. P. Lightman)

천체물리학 (개정판; 구본철 & 김웅태)

Astrophysics Processes (H. Bradt)

Lecture Notes

Lecture 01 (09/04) : Fundamentals of Radiative Transfer 1 [updated on 09/10, 11:22]

Lecture 02 (09/11) : Fundamentals of Radiative Transfer 2 [updated on 09/25, 13:15]

Lecture 03 (09/18) : Basic Theory of Radiation Fields [updated on 09/24, 08:05]

Lecture 04 (09/25) : Radiation from Moving Charges 1 [updated on 10/06,10:39]

Lecture 05 (10/06) : Radiation from Moving Charges 2 [updated on 10/10,16:37]

Lecture 06 (10/12) : Relativistic Covariance and Kinematics 1 [updated on 10/11,21:40]

Lecture 07 (10/16) : Relativistic Covariance and Kinematics 2 [updated on 10/23,13:13]

                                ani_pulse.mp4 / plot_pulse.py

Lecture 08 (10/23) : Bremsstrahlung [updated on 10/23,13:14]

Lecture 09 (10/27) : synchrotron Radiation [updated on 10/27,13:41]

Lecture 10 (11/06) : Compton Scattering 1 [updated on 11/07,16:27]

Lecture 11 (11/13) : Compton Scattering 2 / Plasma Effects [updated on 11/23,22:19]

Lecture 12 (11/20) : Plasma Effects / Atomic Structures [updated on 11/20,14:40]

Lecture 13 (11/27) : Atomic Processes [updated on 11/27,14:14]

Lecture 14 (12/04) :  Radiative Transitions [updated on 12/04,14:10]

Lecture 15 (12/11) : Molecular Structure / Dust 1 [updated on 12/11,08:40]

Lecture 16 (12/18) : Dust 2 / Nuclear Burning [updated on 12/18,17:06]

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< Modern Astronomy (Fall, 2023) >

Date & Time

Tuesday, 2:00PM - 5:00PM / LWC 220

References

Introduction to the Interstellar Medium (Jonathan P. Williams)

Fundamentals of Astrophysics (Stan Owocki)

Lecture Notes (Part 1)

Lecture 01 (09/05) : Introduction / Interstellar Medium [updated on 09/04, 23:41]

Lecture 02 (09/12) : Atomic Gas / Multiphase Medium[updated on 09/17, 10:56]

Lecture 03 (09/19) : Molecular Clouds and Dust [updated on 09/25, 21:47]

Lecture 04 (09/26) : Formation of Stars and Planets [updated on 09/26, 10:57]

© 2013 Seon, Kwang-Il