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PHYS305 - Introduction to Astrophysics and Astronomical Observing - Syllabus
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PHYS305 - Introduction to Astrophysics & Astronomical Observing

Instructor Information

Instructor: Prof. Brian Jackson

E-mail: bjackson@boisestate.edu

Office Hours: Mondays and Wednesdays, 11-12p MT in MPCB room 426 or by appointment

Course Description

A broad survey of basic astrophysics and astronomical observation. Topics include the physics of light, measurement uncertainty and statistics, time and coordinate systems, astronomical databases and catalogs, geometrical optics and telescopes, interaction of light and matter, astronomical detections, and digital imaging. The course will culminate in the collection and analysis of data using Boise State’s astronomical observatories, weather permitting. Requires evening labs.

Course Learning Outcomes

Students will demonstrate the following:

  1. basic quantitative understanding of the physics of light;
  2. grasp of measurement uncertainty and the underlying statistical framework;
  3. understanding of astronomical time and motions;
  4. familiarity with astronomical databases and catalogs;
  5. working knowledge of telescope design and optics; and
  6. ability to conduct and analyze simple astronomical observations.

Course Meeting Time and Place

Regular Class Meetings

2023 Jan 9 - Apr 26

Mondays and Wednesdays, 12-1:15p MT in MPCB room 412 408 and on Zoom (https://boisestate.zoom.us/j/97452391276)

Office Hours

Mondays and Wednesdays, 11a-12p MT in MPCB room 426 and on Zoom (https://boisestate.zoom.us/j/97452391276)

Final Exam

2023 May 1 in the Multipurpose Classroom Bldg room 412, 12-2p MT and NOT on Zoom

Textbook

To Measure the Sky, 2nd ed., Frederick R. Chromey, Cambridge U. Press, 2016.

Grading

Exam grades may be curved up, but not handing in assignments will not lower the curve and will be detrimental to your final grade.

Grades from coursework will be weighted as follows:

The following thresholds represent the minimum required for a final letter grade --

A: 90% B: 80% C: 70% D: 60% F: less than 60%.

I cannot modify your grades at the end of the semester for any reason. Therefore, if you have concerns about your grades, please contact me as early as possible. Don't wait until the end of the semester to consult me about your grade.

Coursework

I describe the coursework and graded assignments below. There are no extra assignments that I can provide late in the semester to bulk up your grade, so please stay on top of the coursework and let me know ASAP if you run into problems. Late assignments will not be accepted, and extenuating circumstances are required for an assignment to be exempted. It is highly recommended that you contact me as soon as the extenuating circumstances occur so that we can make arrangements.

Reading

The course schedule below provides approximate dates on which we will cover topics. You are

expected to have read the sections by the end of the week indicated in the schedule (except, of course, for the first week of class).

Homework

Homework will be assigned each week. The assignments consist of problems applying the ideas from class and will usually be due at the beginning of the next class. Complete solutions will be posted after class the day the homework is due. Late assignments are not allowed.

We’ll spend some class time working on homework problems and answering your questions, so make sure you've at least looked at the problems by class time.

You are welcome to work in groups on the homework, but the solutions you turn in must be your own work. You must turn in your hand-written or typed solutions on Canvas (smart phone photos of your solutions are fine). You may NOT work in groups on the exams (see below).

For each homework assignment, three problems of your choice will be graded out of five points each. You will also receive one point for each problem for which you make a good faith attempt. I will provide complete solutions for each homework problem.

Exams

You will have three exams, two during the semester and one final exam.

All exams will consist of a handful of multi-part, in-depth problems, all of which will be cumulative. Exams are scheduled to begin on Wednesdays, and the plan is for there to be no homework due exam weeks (although that plan may change as the semester progresses).

You are allowed to use your textbook, notes, and previous homework and exam solutions but NOT the internet. You are NOT allowed to work together in groups on exams.

You will be allowed to work on the exam until the next class. Exams are due at the beginning of the next class, and solutions will be posted after class that day. Turning the exam in after the deadline (without agreed-upon arrangements) will result in a zero. You must turn in your hand-written or typed solutions via Canvas (smartphone photos of your solutions are fine).

Final Exam

We’ll concoct a plan as a class for how to handle the final exam, but, however we handle it, the final exam will be due by Monday, May 1 at 2p MT.

Observing Project

You will complete an astronomical observing project during the course of the semester. We will discuss details in class, but the project will be due by Monday, May 1 at 2p MT.

Academic Integrity

All students are required to adhere to Boise State University’s Student Code of Conduct on academic dishonesty. Assignments you submit must be your original work and cannot be used in other courses, nor can you use significant portions of assignments completed for another course in this course.

Assignments you submit must be original and developed by you. You are welcome to adapt ideas from other sources and work together (except on exams); however, you must interpret such ideas significantly and cite your sources. Anything copied from a source (even the textbook) must be indicated by appropriate citations. Please refer to Student Code of Conduct sections on Academic Dishonesty, Cheating, Classroom Misconduct, and Plagiarism.

Chegg, AI, or Other Homework Help Services

You are NOT allowed to find or solicit solutions on homework help websites including Chegg. If it is found you used such a service, it will constitute academic misconduct. If you need help with your homework, please contact me (bjackson@boisestate.edu).

Educational Access

Students with disabilities needing accommodations to fully participate in this class should contact the Educational Access Center (eacinfo@boisestate.edu). All accommodations must be approved through the EAC prior to being implemented. To learn more about the accommodation process, visit the EAC’s website at https://www.boisestate.edu/eac/.

Student Well-Being

Boise State is committed to the safety and well-being of our college students, faculty, and staff. You can help to identify and assist members of our community who may be at risk. If you are concerned about the behavior or safety of a member of the campus community or are in need of support yourself, please share your concerns with the CARE team by submitting a report of concern at https://www.boisestate.edu/care/. When in doubt, reach out!

This class, like this university, is a community. Communities contain diverse identities and perspectives, and the most successful communities respect that diversity as a key to collective improvement. In alignment with the Boise State University statement of diversity and inclusivity, all community members are encouraged to contribute their perspectives and experiences. I encourage you to enrich yourself and the community by listening to others and sharing your thoughts. If you feel isolated from our classroom community in some way, please let me know so that we can work together to create a welcoming space for you to feel like part of the community.

Class Schedule

The following schedule is notional and subject to change throughout the semester:


Date

Topics

Reading

HW due

2023 Jan 9

M

Introduction to PHYS305

2023 Jan 11

W

Light

Ch. 1

2023 Jan 16

M

MLK Day

2023 Jan 18

W

Light

Ch. 1

2023 Jan 23

M

Light

Ch. 1

2023 Jan 25

W

Uncertainty

Ch. 2

Ch. 1 HW

2023 Jan 30

M

Uncertainty/Place, Time, Motion

Ch. 2

2023 Feb 1

W

Place, Time, Motion

Ch. 3

Ch. 2 HW

2023 Feb 6

M

Exam 1 Review

2023 Feb 8

W

Exam 1

Ch. 3 HW

2023 Feb 13

M

Astronomical Optics

Ch. 5, Secs. 5.1-5.4

2023 Feb 15

W

Astronomical Optics

2023 Feb 20

M

Presidents' Day

2023 Feb 22

W

2023 Feb 27

M

Astronomical Optics

Ch. 6, Secs. 6.1-6.3

2023 Mar 1

W

Telescopes

Ch. 5 HW

2023 Mar 6

M

Exam 2 Review

Ch. 6 HW

2023 Mar 8

W

Exam 2

2023 Mar 13

M

Databases

Ch. 4

2023 Mar 15

W

Databases

Ch. 4

Ch. 4 HW

2023 Mar 20

M

Spring Break

2023 Mar 22

W

Spring Break

2023 Mar 27

M

Matter and Light

Sec. 7.1, 7.3, 7.4.1

2023 Mar 29

W

Detectors

Sec. 8.1, 8.2

2023 Apr 3

M

Digital Images

Ch. 9

Ch. 7 & 8 HW

2023 Apr 5

W

Digital Images

Ch. 9

2023 Apr 10

M

Observing Project

2023 Apr 12

W

Observing Project

2023 Apr 17

M

Observing Project

Ch. 9 HW

2023 Apr 19

W

Observing Project

2023 Apr 24

M

Observing Project

2023 Apr 26

W

Final Exam Review

2023 May 1

M

Final Exam (12-2p)

Observing Project