• Basic Level (Undergraduate): 1) Vector Analysis; 2) Electrostatics; 3) Electrostatics in 3D; 4) Electrostatic Field in Materials; 5) Microscopic Theory : Dielectrics; 6) Electrostatic Energy; 7) Electric Current; 8) Magnetic Field: constant currents; 9) Magnetic Properties of Matter; 10) Microscopic Theory of MAgnetism; 11) Magnetic Induction; 12) Plasma Physics; 13) Maxwell Equations; 14) Wave propagation in Materials; 15) Waves and Resonant Cavities; 16) Radiation
• Upper Level (Graduate): 1) Electrostatics I; 2) Electrostatics II; 3) Multipoles and Magnetostatics; 4) Electrostatics and Magnetostatics in Materials; 5) Electromagnetic Fields varying with time; 6) Plane Electromagnetic Waves; 7) Electromagnetic Waves in Conducting Media; 8) Wave Guides and Resonant Cavities; 9) Radiation; 10) Dispersion and Difraction Electomagnetic waves; 11) Relativistic Electromagnetic Formulation; 12) Radiation of Accelerated Particles

[3] Solutions of Problems of Introduction to Basic General Astrophysics and Basic Galactic Astronomy[in Spanish](Solución de Problemas de Astrofísica General y Astronomía Galáctica)
J.Antonio Garcia-Barreto
2015, ISBN 978-607-02-7206-6: Publisher Las Prensas de Ciencias, Facultad de Ciencias, UNAM México D.F., México

• Book Front Cover: Solution to problems of introduction to basic general astrophysics and basic galactic astronomy

This is a book intended for freshman or sophmore university students interested in a basic introduction to the study of the universe. It is written in Spanish and it is the result of a series of homework given to students taking this course.

The book contains 4 sections:

• List of Problems of Introduction to Basic General Astrophysics (Enunciado de Problemas)
• List of Problems of Basic Galactic Astronomy (Enunciado de Problemas)
• Solution to problems of Basic General Astrophysics (Solución de problemas)
• Solution to Problems of Basic Galactic Astronomy (Solución de Problemas)

[4] Introduction to Radio Astronomy [in Spanish](Introducción a Radio Astronomía)
J.Antonio Garcia-Barreto

1999, School of Sciences, Autonomous National University of Mexico, Mexico City (Instituto de Astronomía, UNAM, México, D.F.)

2007 Digital Edition, Digital Library UNAM, ISBN: 968-6116-41-9

Course notes (hand written IN SPANISH) of the basic concepts in order to study astronomy through detection of radio waves. Notes include 29 chapters: 1) Introduction, 2) Basic Concepts, 3) Electromagnetic waves I, 4) Electromagnetic waves II, 5) Waveguides, 6) Fundamentals of Radio Astronomy I, 7) Fundamentals of Radio Astronomy II, 8) Fundamentals of Radio Astronomy III, 9) Fundamentals of Radio Astronomy IV, 10 ) Introduction to antennas I, 11) Introduction to antennas II, 12) Introduction to antennas III, 13) Introduction to antennas IV, 14) Introduction to Receivers in Radio Astronomy, 15) Radio Interferometers I, 16) Radio Interferometers II, 17) Emission Mechanisms of celestial bodies in radio waves, 18) Galactic Radio Astronomy I: HII Regions I; 19) Galactic Radio Astronomy II: HII Regions II; 20) Galactic Radio Astronomy III: Recombination lines, 21) Galactic Radio Astronomy IV: Emission / Absorption, 22) Galactic Radio Astronomy V: Atomic Hydrogen in our galaxy, 23) Galactic Radio Astronomy VI: Molecules, 24) Galactic Radio Astronomy VII: Masers, 25) Galactic Radio Astronomy VIII: Sincrotron Emission I, 26) Galactic Radio Astronomy IX: Sincrotron Emission IIa, 27) Galactic Radio Astronomy X: Sincrotron Emission IIb, 28) Galactic Radio Astronomy XI: Introduction to Cosmology, 29) Faraday Rotation

2007 Digital Edition, Digital Library UNAM, (Introducción a Radio Astronomía), ISBN: 968-6116-41-9