Follow us on

ALPhA Immersions Banner
Teachspin Logo        
           NSF Logo           SPIE Logo      AAPT Logo

Princeton Univ., Princeton, NJ

Radio Astronomy with an 18 m Radio Telescope

Dates:   July 20, 2022  to  July 22, 2022

Number of setups available: 1

Maximum number of participants: 10


In this workshop, an 18-m dish antenna will be used to carry out various radio astronomy observations.    Possible measurements include:

  •          Basic measurements of noise level and beam width
  •          The observation of radio pulsars
  •          Measurement of the distance to pulsars using the dispersion measure
  •          Observation of scintillation effects in the pulsar signal
  •          Measuring the thickness of the galaxy
  •          Measuring the rotation curve of the Milky Way
  •          Observation of 21-cm radiation from (M31) Andromeda

Although the dish can be controlled remotely and the data acquired can be transferred for local analysis, the immersion will provide the intensive and in-depth exposure to the system needed to develop labs based at home institutions.     The immersion will initially comprise tutorials on basic aspects of radio astronomy, astronomical coordinate systems, and the principles behind the measurements listed above.    As the immersion progresses, the emphasis will shift to hands-on exercises in controlling the dish and the analysis of experimental data.    We will assume that attendees are familiar with the basic aspects Python or Matlab.

Mentors: Dan Marlow

Prof. Marlow is a high energy physicist with an interest in amateur radio and radio astronomy.  He has taught undergraduate courses where students learn to use the 18m radio telescope, perform observations, and analyze their results.

Please note that the Jonathan F. Reichert Foundation has established a grant program to help purchase apparatus used in Laboratory Immersions. Limitations and exclusions apply, but generally speaking the Foundation may support up to 40% of the cost of the required equipment.

Copyright © 2007-2024 by the Advanced Laboratory Physics Association.

Website Maintenance by Webstix

Powered by Wild Apricot Membership Software