User:Marshallsumter/Radiation astronomy1/Lectures

Astronomy lectures is a classification and listing of lectures from the Astronomy department in an effort to clarify subjects that may need lectures to enhance resources offered.

General astronomies

 * 1) Amateur astronomy,
 * 2) Amateur astronomy/Southern hemisphere,
 * 3) Amateur X-ray astronomy,
 * 4) Astronomy, and
 * 5) Physical astronomy.

Radiation astronomies

 * 1) Acoustical astronomy,
 * 2) Aerometeor astronomy,
 * 3) Alpha-particle astronomy,
 * 4) Baryon astronomy,
 * 5) Beta-particle astronomy,
 * 6) Blue astronomy,
 * 7) Cloud astronomy,
 * 8) Cosmic-ray astronomy,
 * 9) Cryometeor astronomy,
 * 10) Cyan astronomy,
 * 11) Electromagnetic astronomy,
 * 12) Electron astronomy,
 * 13) Gamma-ray astronomy,
 * 14) Gamma-ray burster astronomy,
 * 15) Giant molecular cloud astronomy,
 * 16) Green astronomy,
 * 17) Hadron astronomy,
 * 18) Hydrometeor astronomy,
 * 19) Infrared astronomy,
 * 20) Lithometeor astronomy,
 * 21) Meson astronomy,
 * 22) Meteor astronomy,
 * 23) Meteoroid astronomy,
 * 24) Meteor shower astronomy,
 * 25) Micrometeor astronomy,
 * 26) Microwave astronomy,
 * 27) Molecular cloud astronomy,
 * 28) Muon astronomy,
 * 29) Neutrals astronomy,
 * 30) Neutrino astronomy,
 * 31) Neutron astronomy,
 * 32) Optical astronomy,
 * 33) Orange astronomy,
 * 34) Particle astronomy,
 * 35) Plasma meteor astronomy
 * 36) Positron astronomy,
 * 37) Proton astronomy,
 * 38) Radar astronomy,
 * 39) Radiation astronomy,
 * 40) Radio astronomy,
 * 41) Red astronomy,
 * 42) Subatomic astronomy,
 * 43) Submillimeter astronomy,
 * 44) Superluminal astronomy,
 * 45) Tauon astronomy,
 * 46) Ultraviolet astronomy,
 * 47) Violet astronomy,
 * 48) Visual astronomy,
 * 49) X-ray astronomy, and
 * 50) Yellow astronomy.

Theoretical astronomies

 * 1) Analytical astronomy,
 * 2) Cosmogony,
 * 3) Empirical astronomy
 * 4) Empirical radiation astronomy,
 * 5) Galactic evolution,
 * 6) Orbital astronomy,
 * 7) Radiative dynamo,
 * 8) Solar binary,
 * 9) Standard solar models
 * 10) Star fission,
 * 11) Stellar surface fusion,
 * 12) Theoretical astronomy,
 * 13) Theoretical radiation astronomy,
 * 14) X-ray classification of stars, and
 * 15) X-ray trigonometric parallax.

Entity astronomies

 * 1) Background astronomy,
 * 2) Entity astronomy,
 * 3) Intensity astronomy,
 * 4) Intergalactic medium,
 * 5) Interplanetary medium,
 * 6) Interstellar medium,
 * 7) Mathematical astronomy,
 * 8) Regional astronomy,
 * 9) Star-forming regions,
 * 10) Stellar active regions, and
 * 11) Trigonometric-parallax astronomy.

Entities

 * 1) Astronomers,
 * 2) Calendars,
 * 3) Constellations,
 * 4) Dominant groups
 * 5) Observers,
 * 6) Radiation entities or Radiation astronomy entities, and
 * 7) Solar systems
 * 8) Star charts.

Source astronomies

 * 1) First astronomical source,
 * 2) First astronomical X-ray source,
 * 3) First X-ray source in Andromeda,
 * 4) Mineral astronomy,
 * 5) Radiation sources,
 * 6) Source astronomy, and
 * 7) Standard-candles astronomy.

Object astronomies

 * 1) Atmospheric astronomy,
 * 2) Crater astronomy,
 * 3) Extragalactic astronomy,
 * 4) Galactic astronomy,
 * 5) Gaseous-object astronomy,
 * 6) Liquid-object astronomy,
 * 7) Object astronomy,
 * 8) Planetary astronomy,
 * 9) Plasma-object astronomy,
 * 10) Rocky-object astronomy,
 * 11) Solar astronomy, and
 * 12) Stellar astronomy,
 * 13) Astronomy college course/Introduction to stellar measurements,

Objects

 * 1) Ariel,
 * 2) Asteroids,
 * 3) Astronomical objects,
 * 4) Atmospheres,
 * 5) Auroras,
 * 6) Betelgeuse
 * 7) Callisto,
 * 8) Solar System, technical/Callisto,
 * 9) Ceres,
 * 10) Solar System, technical/Ceres,
 * 11) Clouds,
 * 12) Comets,
 * 13) Solar System, technical/Comets,
 * 14) Coronal clouds,
 * 15) Earth,
 * 16) Solar System, technical/Earth,
 * 17) Europa,
 * 18) Solar System, technical/Europa,
 * 19) Galaxy clusters,
 * 20) Galaxy filaments,
 * 21) Galaxy groups,
 * 22) Galaxies,
 * 23) Astronomy college course/Galilean moons of Jupiter,
 * 24) Ganymede,
 * 25) Solar System, technical/Ganymede,
 * 26) Haze,
 * 27) Heliopauses,
 * 28) Heliospheres,
 * 29) Intergalactic stars,
 * 30) Io,
 * 31) Solar System, technical/Io,
 * 32) Jupiter,
 * 33) Astronomy college course/Jupiter,
 * 34) Solar System, technical/Jupiter,
 * 35) Kuiper belts,
 * 36) Lightning,
 * 37) Astronomy college course/Lunar Phases,
 * 38) Mars,
 * 39) Astronomy college course/Mars
 * 40) Solar System, technical/Mars,
 * 41) Mercury,
 * 42) Astronomy college course/Mercury
 * 43) Solar System, technical/Mercury,
 * 44) Meteorites,
 * 45) Meteors,
 * 46) Milky Way,
 * 47) Miranda,
 * 48) Astronomy college course/Miranda and Titan
 * 49) Moon,
 * 50) Solar System, technical/Moon,
 * 51) Nebulas,
 * 52) Neptune,
 * 53) Solar System, technical/Neptune,
 * 54) Oort clouds,
 * 55) Pluto,
 * 56) Protoplanetary disks,
 * 57) Quasars,
 * 58) Radiation objects,
 * 59) Rocks,
 * 60) Saturn,
 * 61) Solar System, technical/Saturn,
 * 62) Scattered discs,
 * 63) Skys,
 * 64) Star (Wikipedia)
 * 65) Stars,
 * 66) Solar System, technical/Sun,
 * 67) Sun,
 * 68) Superclusters,
 * 69) Supernovas,
 * 70) Titan,
 * 71) Solar System, technical/Titan,
 * 72) Titania,
 * 73) Triton,
 * 74) Uranus,
 * 75) Solar System, technical/Uranus,
 * 76) Venus,
 * 77) Solar System, technical/Venus, and
 * 78) Vesta.

Sciences

 * 1) Astrochemistry,
 * 2) Astrodesy,
 * 3) Astrogeology,
 * 4) Astroglaciology,
 * 5) Astrognosy,
 * 6) Astrohistory,
 * 7) Astrometry,
 * 8) Astrophysics,
 * 9) Catalogs,
 * 10) Databases,
 * 11) Heliognosy,
 * 12) Heliogony,
 * 13) Heliography,
 * 14) Heliology,
 * 15) Heliometry,
 * 16) Heliophysics,
 * 17) Helioseismology,
 * 18) Libraries,
 * 19) Magnetohydrodynamics,
 * 20) Materials science,
 * 21) Mineralogy,
 * 22) Minerals,
 * 23) Nucleosynthesis,
 * 24) Physical cosmology,
 * 25) Planetary science,
 * 26) Astronomy college course/Planetary science,
 * 27) Radiation,
 * 28) Radiation chemistry, or Radiation astrochemistry,
 * 29) Radiation geography or Radiation astrography,
 * 30) Radiation history or Radiation astrohistory,
 * 31) Radiation mathematics or Radiation astromathematics, and
 * 32) Radiation physics or Radiation astrophysics.

Special subjects

 * 1) Astronomy college course/How big is everything?,
 * 2) Astronomy college course/Sizes of white dwarfs, neutron stars, quasars, and
 * 3) Astronomy college course/Why planets lose their atmospheres

Technologies

 * 1) Airborne astronomy,
 * 2) Astronomical observatories
 * 3) Balloons for astronomy,
 * 4) Clocks,
 * 5) Computers,
 * 6) Early telescopes,
 * 7) Earth-orbit astronomy,
 * 8) Exploratory astronomy,
 * 9) Heliocentric astronomy,
 * 10) Lofting technology,
 * 11) Motion calibrators,
 * 12) Orbital platforms,
 * 13) Programming,
 * 14) Radiation detectors,
 * 15) Radiation satellites,
 * 16) Radiation telescopes,
 * 17) Satellites,
 * 18) Sounding rockets for astronomy,
 * 19) Spacecraft,
 * 20) Spectroscopy,
 * 21) Sun-synchronous orbital rocketry, and
 * 22) Telescopes.

Hypotheses

 * 1) Astronomy can provide clues to current theoretical limits about the universe.