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Introduction

This Honours level unit will be taught as part of the coursework component of the respective degree. Honours students have some degree of flexibility in choosing their units, and should consult with their project supervisor for the most appropriate choices. This unit is one of four units at the required level that can be undertaken in the Honours year, in addition to the research thesis project. This unit is relevant to those students intending to undertake an astrophysics, geodetic VLBI, or geophysics research project.

The successful design and execution of astrophysical observations requires an in depth knowledge of the telescope, its instruments and their operation. The aim of this project-based unit is to give students a theoretical and practical introduction to fundamental astronomical observation techniques. It will cover the design parameters which govern the performance of radio and optical telescopes, and a range of astronomical observing techniques, including radiometery, spectroscopy, interferometry and photometry. The theory covered in the lectures will be put into practice through a series of observational projects at the Mt Pleasant radio telescope and Bisdee Tier optical telescope, subject to availability.

Summary 2021

Unit name Experimental Astrophysics, Geodesy and Geophysics
Unit code KYA407
Credit points 12.5
Faculty/School College of Sciences and Engineering
School of Natural Sciences
Discipline Physics
Coordinator

Andrew Cole

Available as student elective? No
Breadth Unit? No

Availability

Note

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* The Final WW Date is the final date from which you can withdraw from the unit without academic penalty, however you will still incur a financial liability (see withdrawal dates explained for more information).

About Census Dates

Learning Outcomes

1

Apply the principles of radio astronomy signal detection and processing to astrophysical processing

2

Apply the principles of optical and near infrared detection and data processing to astronomical analysis.

3

Formulate and test hypotheses regarding astronomical objects by undertaking a quantitative practical experiment.

4

Analyse electromagnetic astronomical signals across a range of wavelengths to evaluate the physical properties of the relevant objects.

5

Communicate the results of astronomical research projects to an audience of peers and summarise those results for the public.

Fees

Requisites

Prerequisites

At least one of (KYA320 Advanced Electromagnetism OR KYA305 Stellar and Planetary Physics OR KYA306 Astrophysics OR KYA322 Solid State Physics & Statistical Physics OR KYA323 Atomic & Nuclear Physics)

Teaching

Teaching Pattern

1 x 180 minute lecture weekly, 1 x 60 minute tutorial weekly and 2 x 360 minute labs

Assessment

AT1 - Fortnightly analytical and numerical problems (30%)

AT2 - Optical Astronomy Experiment (35%)

AT3 - Radio Astronomy Practical (35%)

TimetableView the lecture timetable | View the full unit timetable

Textbooks

RequiredNone

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