- PHY 000: Belonging to the Subject; not further Classified
- PHY 001: Physik allgemein
- PHY 002: Didactics, Training and Career in Physics
- PHY 003: Textbooks and Task-Collections in Physics
- PHY 004: Physics for Other Disciplines
- PHY 005: Physics in Relation to Other Fields of Knowledge (Humanities, Social Sciences, Sports ...); Philosophical Problems of Physics
- PHY 006: History of Physics
- PHY 007: Biographies, Collection of Letters, Bibliographies of Individual Physicists
- PHY 008: Collected Works of Individual Physicists
- PHY 009: Commemorative Publications (Festschrift) for Individual Physicists
- PHY 002: Didactics, Training and Career in Physics
- PHY 010: Theoretical Physics
- PHY 011: Mathematical Physics (Mathematical Methods in Physics)
- PHY 012: Algebra, Group Theory, Symmetries
- PHY 013: Analysis, Complex Analysis, Operators, Differential Equations, Conservation Laws, Oscillations and Wave
- PHY 014: Geometry, Differential Geometry, Topology
- PHY 015: Statistics, Probability TheoryStatistical Physics see PHY 050 ff
- PHY 016: Computer Physics (Numerical Analysis, Data Processing, Computer Simulations)Nuclear Data Processing; Data Processing in High Energy Physics see PHY 408
- PHY 020: Quantum Theory; Quantum Mechanics in General (Textbooks)
- PHY 021: Angular Momenta in Quantum Mechanics; Group Theory in Quantum MechanicsAlgebra, Group Theory, Symmetries (Mathematical Physics ) see PHY 012
- PHY 022: Specific Topics; Relativistic Quantum Mechanics
- PHY 023: Quantum Field Theory in General
- PHY 024: Relativistic Quantum Field Theory
- PHY 025: Renormalization
- PHY 026: Many-Body Theory; Many-Body Systems in General
- PHY 027: Scattering Theory in General; S-Matrix Theory
- PHY 028: Interpretation of Quantum Theory; Philosophical Problems of Quantum Theory
- PHY 021: Angular Momenta in Quantum Mechanics; Group Theory in Quantum Mechanics
- PHY 035: Field TheoryField Theory in Electrodynamics see also PHY 300 ff
- PHY 037: String Theory; Superstring Theory
- PHY 040: Theory of Relativity in General
- PHY 043: Gravitation in GeneralGravitation in Astrophysics see PHY 928
- PHY 044: Quantum Gravity
- PHY 045: Supergravity; Other Theories of GravitationStandardization of Interactions see PHY 418
- PHY 048: Experimental Studies on Gravitation
- PHY 044: Quantum Gravity
- PHY 050: Thermodynamics; Statistical Physics
- PHY 051: Phenomenological Thermodynamics
- PHY 052: Heat Flow; Thermodynamic Processes; Heat Conduction; Heat RadiationRadiation Physics, Radiation Laws see PHY 355
- PHY 054: Non-Equilibrium Thermodynamics; Irreversible Processes
- PHY 052: Heat Flow; Thermodynamic Processes; Heat Conduction; Heat Radiation
- PHY 057: Statistical Mechanics
- PHY 060: Quantum Statistics
- PHY 062: Statistical Theory of Non-Equilibrium Thermodynamics
- PHY 063: Transport Theory in General
- PHY 064: Fluctuations, Stochastic Processes
- PHY 065: Phase Transformations; Critical Phenomena in General
- PHY 066: Chaotic Systems; Non-Linear Dynamic Systems in Physics
- PHY 067: Synergetics
- PHY 051: Phenomenological Thermodynamics
- PHY 011: Mathematical Physics (Mathematical Methods in Physics)
- PHY 080: Measuring in PhysicsGravimetry see GEO 515
- PHY 100: Applied PhysicsExperimental Methods of High-Energy Physics see PHY 401 ff
- PHY 101: Vacuum Physics
- PHY 110: Radiology, Ionizing Radiation (including Sources, Detectors, Spectrometers)
- PHY 112: X-Ray Spectroscopy
- PHY 113: Gamma Spectroscopy
- PHY 115: Mass Spectrometer; Mass SpectrometryMass Spectrometry in Chemistry see CHE 254
- PHY 116: Electron Spectroscopy
- PHY 118: Ion Spectroscopy
- PHY 112: X-Ray Spectroscopy
- PHY 120: Optical Spectroscopy (including Ultraviolet and Infrared)
- PHY 130: MicroscopyMicroscopy in Chemistry see CHE 264
- PHY 131: Optical Microscopy
- PHY 132: X-Ray Microscopy
- PHY 135: Electron Microscopy; Scanning Electron MicroscopyElectron Microscopy in Chemistry see CHE 264
- PHY 136: Scanning Probe Microscopy
- PHY 138: Ion Microscopy
- PHY 131: Optical Microscopy
- PHY 140: Photographic Techniques in Physics; Other Imaging Methods in Physics
- PHY 150: Physics of Extreme Intensive Variables
- PHY 160: Surface Analysis
- PHY 101: Vacuum Physics
- PHY 200: Mechanics
- PHY 201: Mechanics of Point Masses and Rigid Bodies
- PHY 202: Mechanics of Deformable Rigid Bodies; Elasticity Theory
- PHY 205: Non-Linear Mechanics
- PHY 210: Continuum Mechanics
- PHY 213: Plasticity
- PHY 216: Rheology; Viscosity; Viscoelasticity
- PHY 219: Hydrostatics
- PHY 220: Fluid Mechanics; Hydrodynamics; Aerodynamics
- PHY 221: Laminar Flow
- PHY 222: Hydrodynamic Stability
- PHY 223: Turbulent Flow
- PHY 224: Convection and Heat Transfer
- PHY 225: Rotating Flow; Vortex
- PHY 226: Hydrodynamic Waves
- PHY 227: Compressible Media Flow
- PHY 228: Dynamics of Diluted Gases; Gas Dynamics
- PHY 229: Non-Newtonian Dynamics
- PHY 231: Inhomogeneous Flow
- PHY 232: Relativistic Hydrodynamics
- PHY 221: Laminar Flow
- PHY 213: Plasticity
- PHY 249: Others on Mechanics
- PHY 201: Mechanics of Point Masses and Rigid Bodies
- PHY 250: Acoustics
- PHY 251: Sound Generation
- PHY 252: Sound Transmission; Sound Propagation
- PHY 255: Non-Linear Acoustics
- PHY 260: Aeroacoustics and Atmospheric Sound
- PHY 265: Underwater Acoustics; Sonar
- PHY 270: Ultrasonics
- PHY 275: Infrasonics
- PHY 280: Acoustic Holography
- PHY 281: Acoustic Microscopy
- PHY 295: Musical Acoustics
- PHY 299: Others on Acoustics
- PHY 251: Sound Generation
- PHY 300: ElectrodynamicsQuantum Electrodynamics see PHY 415
- PHY 350: OpticsPhysiological Optics see PHY 826
- PHY 351: Optical Imaging; Geometrical Optics
- PHY 355: Radiation Physics; Optical Radiation; Radiation LawsPhotometry see MSR 372
- PHY 360: Physical Optics; Wave Optics
- PHY 361: Science of Colours; Colorimetry
- PHY 362: Radiation Propagation; Reflection, Refraction
- PHY 363: Light Scattering; Light Diffraction
- PHY 364: Interference; Coherence
- PHY 365: Polarization
- PHY 366: Optical Information; Image Generation; Fourier Optics
- PHY 368: Holography
- PHY 369: Others on Physical Optics
- PHY 361: Science of Colours; Colorimetry
- PHY 370: Quantum Optics; Quantum Electronics; Statistical Optics
- PHY 380: Non-Linear Optics
- PHY 390: Optical Materials
- PHY 391: Optical Instruments (X-Ray-Optics, ...)
- PHY 392: Optical ComponentsComponents and Systems (Lenses, Objectives, Shutters, ...; Optical Glass) of Technical Optics see FEI 410
- PHY 393: Integrated Optics
- PHY 394: Fiber Optics; Optical Waveguides
- PHY 399: Others on Optics
- PHY 351: Optical Imaging; Geometrical Optics
- PHY 400: High-Energy Physics; Medium-Energy Physics; Particle and Nuclear Physics
- PHY 401: Devices and Experimental Methods of High-Energy Physics
- PHY 401: Devices and Experimental Methods of High-Energy Physics
- PHY 410: Particle Physics; Theory of Interactions in GeneralQuantum Field Theory, see PHY 023 ff
- PHY 411: Group Theory in Elementary Particle Physics; Symmetry and Conservation Laws
- PHY 412: Standard Models of Particle Physics
- PHY 413: Strong Interaction; Quantum Chromodynamics; Quark Models
- PHY 414: Electroweak Interaction; Quantum Flavour Dynamics; Weak Interaction
- PHY 415: Electromagnetic Interaction; Quantum Electrodynamics
- PHY 417: Gauge Theories
- PHY 418: Models of Unification (GUT, Supersymmetry, ...)
- PHY 419: Others on Particle Physics / Particle Theory
- PHY 420: Specific Particles (including Decay)
- PHY 431: Scattering and Reactions of Elementary ParticlesS-Matrix Theory, see PHY 027
- PHY 432: Elastic Scattering of Particles
- PHY 433: Photon Induced Reactions; Photoproduction; Compton Effect
- PHY 434: Particle-Antiparticle Oscillations; Neutrino Oscillation; Flavour Mixing
- PHY 435: Experiments with Electron-Positron Storage Rings; Pair Production Processes
- PHY 436: Lepton-Hadron Processes
- PHY 437: Hadron-Induced Reactions
- PHY 439: Other Inelastic and Highly Inelastic Reactions of Particles
- PHY 432: Elastic Scattering of Particles
- PHY 449: Others on Particle Physics
- PHY 411: Group Theory in Elementary Particle Physics; Symmetry and Conservation Laws
- PHY 450: Nuclear PhysicsNuclear Astrophysics, see PHY 926
- PHY 451: Nuclear Theory
- PHY 456: Nuclear Matter
- PHY 457: Properties of the Nucleus; Data on Nuclei (Nuclide Tables)
- PHY 458: Nuclear Spectroscopy; Experimental Models of Nuclear Physics
- PHY 459: Hypernuclei
- PHY 460: Nuclear Decay; Radioactivity
- PHY 470: Nuclear Reactions; Models of Nuclear Reactions
- PHY 471: Heavy Ion Physics
- PHY 472: Nuclear FissionNuclear Fission for Power Generation, Nuclear Reactors, see NUC 200 ff
- PHY 472: Nuclear Fission
- PHY 473: Elastic Scattering of Nuclei
- PHY 474: Nuclear Photo Processes
- PHY 475: Capture Processes; Nuclear FusionNuclear Fusion for Power Generation, Fusion Reactors, see NUC 700 ff
- PHY 476: Giant Resonances
- PHY 477: Spallation
- PHY 479: Other Inelastic and Highly Inelastic Nuclear Reactions
- PHY 471: Heavy Ion Physics
- PHY 480: Neutron Physics
- PHY 489: Other Themes in Nuclear Physics
- PHY 451: Nuclear Theory
- PHY 495: Atomic and Nuclear Physics
- PHY 500: Atomic Physics and Molecular Physics
- PHY 501: Electron Structure of Atoms and Molecules; Chemical Bond
- PHY 507: Interaction; Intermolecular Forces; Potentials
- PHY 508: Molecular Vibration
- PHY 509: Molecular Rotation
- PHY 510: Atomic and Molecular Spectra, Interaction with Photons
- PHY 516: Paramagnetic Resonance
- PHY 522: Photon Interaction with Atoms and Molecules; Laser Magnetic Resonance
- PHY 530: Atomic and Molecular Collision Processes
- PHY 540: Atom and Molecule Data
- PHY 544: Exotic Atoms and Molecules
- PHY 545: Macromolecules; Polymer Molecules
- PHY 546: Atomic and Molecular Clusters
- PHY 547: Ion Physics
- PHY 549: Others on Atomic and Molecular Physics
- PHY 501: Electron Structure of Atoms and Molecules; Chemical Bond
- PHY 550: Physics of Fluid Media, Plasmas, Electrical Discharges
- PHY 560: Physics of Gases
- PHY 561: Gas Kinetics; Gas Diffusion; Transportation Processes in Gases
- PHY 562: Thermal Properties of Gases
- PHY 563: Acoustic Properties of Gases
- PHY 564: Electrical Phenomena in Gases
- PHY 565: Magnetic Phenomena in Gases
- PHY 566: Optical Phenomena in Gases
- PHY 567: Gaseous Dielectrics
- PHY 569: Others on Physics of Gases
- PHY 561: Gas Kinetics; Gas Diffusion; Transportation Processes in Gases
- PHY 570: Plasma PhysicsPlasma Beam Processing, see FER 786
- PHY 571: Elementary Processes and Basic Plasma Properties
- PHY 572: Gas DischargeLight Production by Gas Discharge, see ELT 932
- PHY 573: Plasma Production and Heating
- PHY 575: Plasma Flow; Magnetohydrodynamics
- PHY 580: Oscillations and Instabilities in Plasma
- PHY 584: Plasma InteractionPlasma-Wall Interaction in Nuclear Fusion Reactors see NUC 740
- PHY 588: Plasma Confinement
- PHY 589: Relativistic Plasma
- PHY 592: Plasma Simulation
- PHY 596: Plasma Diagnostics
- PHY 597: Plasma Devices
- PHY 599: Others on Plasma Physics
- PHY 571: Elementary Processes and Basic Plasma Properties
- PHY 560: Physics of Gases
- PHY 600: Condensed Matter Physics: Liquids and Solids
- PHY 601: Solid State Physics
- PHY 602: Solid State Theory; Theory of Condensed Matter
- PHY 603: Liquid Physics
- PHY 604: Liquid Theory
- PHY 605: Structural Examination of Condensed Matter; Examination of the Dynamics of Condensed Matter
- PHY 606: X-Ray Structural Analysis; X-Ray Absorption Spectroscopy
- PHY 607: Structural Determination Using Neutrons
- PHY 608: Structural Determination Using Electrons
- PHY 609: Electron Diffraction; LEED
- PHY 611: Structure Determination Using Ions and Heavy Particles (Alpha Back-Scattering Spectroscopy, ...)
- PHY 606: X-Ray Structural Analysis; X-Ray Absorption Spectroscopy
- PHY 617: Nuclear Solid State Physics
- PHY 619: Other Structure Determination Methods
- PHY 620: Crystal Physics
- PHY 623: Amorphous Solids; Disordered Condensed Matter; Quasi-Crystals
- PHY 624: Organic Solids; Polymers; Molecular Crystals
- PHY 625: Lattice Dynamics; Phonons
- PHY 630: Mechanical and Acoustic Properties of Condensed Matter
- PHY 640: Thermodynamic Properties of Condensed Matter; Equation of States
- PHY 641: Phase Transition of Condensed Matter
- PHY 642: Solubility, Mixing and Segregation of Phases
- PHY 644: Thermal Characteristics of Condensed Matter, in General
- PHY 645: Thermomechanical Effects
- PHY 647: Non-Electronic Transport Properties of Condensed Matter
- PHY 648: Diffusion and Ionic Conduction in Liquids
- PHY 649: Diffusion and Ionic Conduction in Solids; Channelling; Hydrogen in Metals; Positrons in Solids; Super-Ion Conductors
- PHY 641: Phase Transition of Condensed Matter
- PHY 650: Structure; Mechanical and Thermal Characteristics of Thin Layers, Surfaces and Interfaces
- PHY 651: Liquid Surfaces and Interfaces
- PHY 652: Liquid Films
- PHY 653: Mechanical, Acoustic and Thermodynamic Properties of Solid-State Surfaces
- PHY 654: Dynamics of Surfaces and Interfaces
- PHY 655: Diffusion of Surfaces and Interfaces
- PHY 656: Processes at Interfaces: Solid-Liquid and Solid-Gaseous; Sorption; Desorption
- PHY 657: Thermal Characteristics of Solid-Liquid Interfaces
- PHY 658: Growth, Structure and Epitaxy of Thin FilmsMultilayer Structures, Epitaxical Methode (Electronic Functional Units) see ELT 280
- PHY 654: Dynamics of Surfaces and Interfaces
- PHY 659: Non-Electronic Properties of Thin Films
- PHY 651: Liquid Surfaces and Interfaces
- PHY 660: Electron Structure; Electrical, Magnetic and Optical Properties of Condensed Matte
- PHY 661: Band Structure; Fermi Surface
- PHY 662: Metal-Insulator-Transition
- PHY 663: Excitons; Electron-Hole Droplets; Electron-Hole Plasma
- PHY 664: Polariton, Photon-Phonon and Photon-Magnon Interaction
- PHY 665: Polarons; Electron-Phonon Interaction; Point-Contact Spectroscopy; Jahn-Teller Effec
- PHY 666: Collective Excitations; Plasmons; Correlation Energy
- PHY 667: Local Electron States
- PHY 668: Defects; Impurities (Doping) and Electron Structure
- PHY 669: Positron States
- PHY 661: Band Structure; Fermi Surface
- PHY 670: Electronic Scattering and Transport Processes
- PHY 671: Electron Conduction in Metals and Alloys (including Amorphous and Liquid Metals); Kondo Effect; Hall Effect; Shubnikov-De-Haas Effe
- PHY 672: Conductivity of Semiconductors and Isolators, in General
- PHY 673: Photoconduction; Photoelectricity
- PHY 674: Acoustoelectrical Effects; Thermoelectrical Effects
- PHY 675: Magnetoacoustical Effects
- PHY 676: Noise Processes
- PHY 677: One and Two-Dimensional Conductors; Organic Conductors
- PHY 671: Electron Conduction in Metals and Alloys (including Amorphous and Liquid Metals); Kondo Effect; Hall Effect; Shubnikov-De-Haas Effe
- PHY 685: Semiconductor Physics (including Physical Properties of Semiconductors
- PHY 686: Semiconductor Theory (Models of Electronic Structure...)
- PHY 687: Organic Semiconductors
- PHY 688: Amorphous Semiconductors
- PHY 689: Liquid Semiconductors
- PHY 690: Elemental Semiconductors (including Hydrogenated Silicon)
- PHY 691: Compound Semiconductors
- PHY 695: Transitional Metal Compounds as Semiconductors
- PHY 696: Doped Semiconductors
- PHY 697: Low-Dimensional Semiconductor Systems, in General (including Semiconductor Thin Films, Semiconductor Surfaces and Interfaces) Particularly Non-Electronic PropertieElectronic Structure and Electronic Properties, see PHY 701
- PHY 699: Other Semiconductors; Others on Semiconductor Physics
- PHY 686: Semiconductor Theory (Models of Electronic Structure...)
- PHY 700: Electronic Structure and Electronic Properties of Low-Dimensional Systems (including Thin Films, Surfaces and InterfacesOptical Properties of Thin Films and Interfaces, see PHY 781
- PHY 701: Low-Dimensional Semiconductor Systems (including Semiconductor Thin Films, Semiconductor Surfaces and Interfaces
- PHY 702: Heterostructures
- PHY 703: Superlattices; Multi-Layered Systems
- PHY 704: Nanostructure, Nanostructured Material
- PHY 705: Quantum Well
- PHY 706: Quantum Wire, Quantum Dot, NanoparticlesNanoparticles in General, see TEC 031
- PHY 709: Electronic Properties of Other Low-Dimensional Systems
- PHY 701: Low-Dimensional Semiconductor Systems (including Semiconductor Thin Films, Semiconductor Surfaces and Interfaces
- PHY 710: Superconductivity; Quantum Fluids; Quantum Solids
- PHY 711: Theory of Superconductivity
- PHY 712: General Properties of Superconductivity
- PHY 713: Fluctuations and Critical Phenomena of Superconductivity
- PHY 714: Tunnelling in Superconductors; Josephson EffectJosephson Element, see ELT 372
- PHY 715: Superconducting Films
- PHY 716: Special Superconductors (A15 Compounds, High-Temperature Superconductors,...
- PHY 717: Superfluidity; Solid and Liquid Helium, Quantum Fluids and Solids
- PHY 719: Others on Superconductivity and Superfluidity
- PHY 711: Theory of Superconductivity
- PHY 720: Solid-State Magnetism
- PHY 721: Theory of Solid-State Magnetism
- PHY 722: Dia- and Paramagnetism
- PHY 723: Magnetically Ordered Material, in General (Spin Waves, Magnetic Phase Transitions,...)
- PHY 730: Special Magnetic Materials
- PHY 737: Domain Effects; Hysteresis
- PHY 738: Surface Magnetism
- PHY 739: Magnetic Thin Films
- PHY 741: Magnetomechanical, Magnetoelectric and Magnetocaloric Effects
- PHY 749: Others on Solid-State Magnetism
- PHY 750: Magnetic Resonances in Condensed Matter
- PHY 751: Electron Spin Resonance (ESR) in Condensed Matter; Acoustic Paramagnetic ESR; Muon-Spin Rotatio
- PHY 752: Diamagnetic and Cyclotron Resonance
- PHY 753: Ferromagnetic, Ferrimagnetic etc. Resonance
- PHY 754: Nuclear Magnetic Resonance in Condensed Matter
- PHY 755: Magnetic Double Resonance; ENDOR (Electron Nuclear Double Resonance)
- PHY 751: Electron Spin Resonance (ESR) in Condensed Matter; Acoustic Paramagnetic ESR; Muon-Spin Rotatio
- PHY 721: Theory of Solid-State Magnetism
- PHY 756: Mössbauer Effect; Nuclear Resonance Fluorescence; Gamma Spectroscopy in Solid State Physics
- PHY 760: Dielectric Properties and Materials; Isolator Physics
- PHY 761: Dielectric Breakdown and Space-Charge Effects
- PHY 762: Dielectric Films; Insulating Films
- PHY 763: Piezoelectricity and Electrostriction
- PHY 764: Pyroelectric and Electrocaloric Effects
- PHY 765: Ferroelectricity and Antiferroelectricity
- PHY 766: Special Dielectric Materials (Dielectric Liquids; Ceramics) Electrets, Gaseous Dielectrics, ...)
- PHY 767: Electric Resonance
- PHY 769: Others on Dielectric Properties
- PHY 761: Dielectric Breakdown and Space-Charge Effects
- PHY 770: Optical Properties; Spectroscopy and Other Interactions of Condensed Matter with Particles and Radiation
- PHY 771: Theory of Optical Properties
- PHY 772: Optical Properties (Optical Activity, Dichroism, Electrooptical and Magnetooptical Effects etc.
- PHY 773: Infrared and Raman Spectra
- PHY 774: Brillouin and Rayleigh Scattering
- PHY 775: Visible and Ultraviolet Spectra
- PHY 776: Induced Emission
- PHY 777: Absorption of Impurities and Defects; Colour Centres; Spectral Hole-Burning
- PHY 778: Photoluminescence
- PHY 779: Other Luminescences
- PHY 781: Optical Properties of Thin Films and Interfaces
- PHY 782: Other Interactions of Matter, Particles and Radiation (Positrons, X-Rays, Pixe, …
- PHY 789: Other Optical Properties
- PHY 790: Particle Emission and Collision Phenomena; Sputtering
- PHY 791: Collision Phenomena (Auger Emission, Secondary Emission, Electron Spectroscopy, Els, Ion Scattering Spectroscopy, ...
- PHY 792: Thermionic Emission
- PHY 793: Photoemission and Photo-Electron Spectra (EELS)
- PHY 794: Field Emission and Field Ionization
- PHY 795: Exo-Electron Emission
- PHY 796: Resonance Tunnelling
- PHY 791: Collision Phenomena (Auger Emission, Secondary Emission, Electron Spectroscopy, Els, Ion Scattering Spectroscopy, ...
- PHY 771: Theory of Optical Properties
- PHY 601: Solid State Physics
- PHY 800: Interdisciplinary Physics
- PHY 820: Biophysics
- PHY 821: Molecular Biophysics (Proteins, Enzymes, DNA, RNA, Hormones, ...)
- PHY 822: Thermodynamics of Biological Systems
- PHY 823: Biophysics of Membranes
- PHY 824: Biophysics of Cells and Tissue
- PHY 825: Biophysics of Neurophysiological Processes; Biological Information Processing
- PHY 829: Biomagnetism
- PHY 830: Biological Effects of Radiation; Radiation Biology
- PHY 834: Structure Determination of Biologic Molecules and Systems (Proteins, DNA, …)
- PHY 840: Biomechanics
- PHY 850: Biophysical Tools / Instruments and Methods
- PHY 865: Bio-Cybernetics
- PHY 870: Environmental Biophysics / Ecophysics
- PHY 821: Molecular Biophysics (Proteins, Enzymes, DNA, RNA, Hormones, ...)
- PHY 900: Astronomy; Astrophysics
- PHY 901: Celestial Mechanics
- PHY 902: Astrometry; Spherical Astronomy
- PHY 903: Astrophysics
- PHY 904: Observatories
- PHY 905: Astronomical Instruments
- PHY 910: Experimental Methods in Astronomy
- PHY 917: Star Catalogues; Constellations ; Star Maps
- PHY 920: Radioastronomy
- PHY 921: Infrared Astronomy
- PHY 922: X-Ray Astronomy
- PHY 923: Gamma Astronomy
- PHY 924: Neutrino Astronomy
- PHY 926: Nuclear Astrophysics; High-Energy Astrophysics; (Class Here Dark Matter unless in PHY 928 or PHY 980Ff)Particle Physics in Cosmology, see PHY 982
- PHY 927: Fluid Mechanics; Magnetic Fields; Plasma in Astrophysics
- PHY 928: Gravitation and Quantum Theory in Astrophysics
- PHY 929: Cosmogony
- PHY 930: Solar System; Planets and SatellitesPlanetary science see also GEO 319
- PHY 945: Solar Physics
- PHY 950: Stars; Stellar Astronomy
- PHY 951: Star Formation; Star Development
- PHY 952: Stellar Atmospheres
- PHY 960: Normal Stars
- PHY 961: Variable Stars; Novae; Peculiar Stars
- PHY 962: Final Stage of Star Development; Neutron Stars; White Dwarfs
- PHY 963: Eclipsing Binary Stars; Binary Stars
- PHY 964: Black Holes
- PHY 965: Others on Stars
- PHY 951: Star Formation; Star Development
- PHY 970: Stellar Systems
- PHY 971: Stellar Dynamics
- PHY 972: Star Clusters
- PHY 973: Interstellar Matter; Intergalactic MatterExtraterrestrial Geology and Cosmochemistry see GEO 319
- PHY 974: Galaxies
- PHY 975: Milky Way
- PHY 976: Quasars; Radio Galaxies; Active Galaxies
- PHY 971: Stellar Dynamics
- PHY 978: Cosmic Radiation
- PHY 980: Cosmology
- PHY 990: Archaeoastronomy
- PHY 901: Celestial Mechanics
- PHY 999: Others on Physics and Astronomy