Astronomy 192 syllabus

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February Schedule


Date     Number    Subject                                                   Tentative
                                                                              Lecturer

05 Feb   2   II.   Accessing Astronomical Information (in Phillips)                KZS
                      1. Publications
                         i. astro-ph preprint archive
                        ii. ADS
                       iii. Journals
                        iv. Science Citation Index
                      2. Data repositories
                         i. SIMBAD
                        ii. Digitized Sky Survey
                       iii. 2MASS, FIRST, Sloan
                        iv. Specialized (ftp)
                      3. Observing preparations

07 Feb   3  III.   Data Accumulation and Estimation                      Peter Freeman  
                      1. Principles of Signal Integration
                      2. Parametric Estimation
                      3. Nonparametric Estimation

12 Feb   4   IV.   Interaction of Light and Matter                                  IS
                      1. Behavior of Light and Matter as a Function of Frequency
                      2. Models of Light
                         i. Geometric Optics
                        ii. Physical Optics
                       iii. Classical Electromagnetic Theory
                        iv. Quantum Electrodynamics
                      3. Applications of Models in Different Frequency Regimes

14 Feb   5    V.   Propagation Medium                                               IS
                      1. Effects as a Function of Frequency
                         i. Atmosphere
                        ii. Ionosphere
                       iii. Interplanetary, Interstellar, and
                            Intergalactic Dust and Plasma
                      2. Means of Measurement
                         i. Models and Radiometers (Neutral Atmosphere)
                        ii. Phase Reference or Laser Reflection (Neutral Atmosphere)
                       iii. Dual or Broad Band Measurements (Plasma)
                        iv. Faraday Rotation (Plasma and Magnetic Field)
                         v. Intensity vs. Frequency (Dust)

19 Feb   6   VI.   Radio and Submillimeter Telescopes                            Guest
                      1. Frequency Range and Sources
                         i. Source Brightness
                        ii. Rayleigh-Jeans Law
                       iii. Spectral Line and Continuum Sources
                      2. Design of Individual Telescopes
                         i. Reflectors: Primary and Secondary
                            - Types (Parabolic, Hyperbolic, Spherical)
                            - Focal Ratios - Surface Accuracy Requirements
                              vs. Frequency - Testing Techniques
                        ii. Mounts
                            - Bearings
                            - Wheel and Track
21 Feb   7             iii. Receiver Chain                                       Guest
                            - Frequency Standards
                            - Local Oscillators
                            - Mixers
                        iv. Receivers
                            - Bolometers
                            - HEMTs
                            - Masers
                            - Arrays (the Pixel Problem)
26 Feb   8            3. Telescope Arrays: Interferometers                          IS
                         i. General Principles
                            - Resolution and Ambiguity
                            - Fourier Transform Relations: Visibilities and Source 
                              Brightness Distribution
                        ii. Connected Element Interferometers
                       iii. Very-Long-Baseline Interferometry (VLBI)
28 Feb   9              iv. Imaging                                                 IS
                            - Phase and Amplitude Closures
                            - Parameterized Models
                            - CLEAN
                            - Maximum Entropy Method (MEM)
                            - Weighting Schemes
                         v. Spectroscopy
                        vi. Astrometry 
                            - Group vs. Phase Delays
                            - Phase Connection
                            - Information Content of Observables 
                            - Accuracy
                       vii. Polarimetry 
    

Irwin Shapiro
Kris Stanek
Johnathan Jenkins
Last modified: Wed Jan 30 15:23:14 EST 2002