ASTRO 210: Black Holes in the Universe

Section 1, Spring 2021

 

Lecture:  Monday, Wednesday and Friday

Location: RITA, room 363

Time:  MWF 2:00 - 2:50 pm

 

 

Instructor: Dr. George Chartas

Office: RITA, room 307

Office hours: MWF : 3:00 - 4:00 pm  

Phone: (843) 953-3609

Email: chartasg@cofc.edu

 

Schedule

The required textbook for the course is Gravity’s Fatal Attraction, Black Holes in the Universe Third Edition by Mitchell Begelman and Martin Rees.

Recommended textbook for the course is Black Holes and Time Warps, Einstein’s Outrageous Legacy by Kip S. Thorne.

Please let me know if you have a conflict with any of the test and final exam dates.

 

DATE

CHAPTER

ASSIGNMENTS

Lecture

11 Jan

Ch. 1 Gravity Triumphant

 

ch1.pdf

13 Jan

Ch. 1

 

 

15 Jan

Ch. 1

 

 

 

 

 

ch2.pdf

18 Jan

Martin Luther King Holiday

observed -- No Classes

 

 

20 Jan

Ch. 2  Stars and Their Fates

 

 

22 Jan

Ch. 2

 

 

25 Jan

Ch. 2

 

ch3.pdf

27 Jan

Ch. 3 Black Holes in our Backyard

 

 

29 Jan

Ch. 3

 

 

1 Feb

Ch. 3

 

ch4.pdf

3 Feb

Ch. 4 Galaxies and Their Nuclei

 

 

5 Feb

Ch. 4

 

 

8 Feb

Ch. 4

 

ch5.pdf

10 Feb

Ch. 5 Quasars and Kin

 

 

12 Feb

Ch. 5

 

 

15 Feb

Test 1, chapters 1-4

 

 

17 Feb

Ch. 5

 

ch6.pdf

19 Feb

Ch. 6 Jets

 

 

22 Feb

Ch. 6

 

 

24 Feb

Ch. 6

 

ch7.pdf

26 Mar

Ch. 7 Blasts from the Past

 

 

1 Mar

Ch. 7

 

 

3 Mar

Ch. 7

 

ch8.pdf

5 Mar

Ch. 8 Black Holes in Hibernation

 

 

8 Mar

Ch. 8

 

 

10 Mar

Presentations I

 

1.     Title: Wormholes (Chloe Damron and Ryan Brennan)

 

2.     Title: Measuring the mass of SgrA* (Nobel prize 2020) (Caleb Ussery)

 

12 Mar

Ch. 8

 

ch9.pdf

15 Mar

Ch. 9 Cosmic Feedback

 

 

17 Mar

Ch. 9

 

 

19 Mar

Ch. 9

 

 

22 Mar

Test 2, chapters 5-8

 

 

24 Mar

Ch. 10 Postcards from the Edge

 

ch10_ch11.pdf

 

26 Mar

Presentations II

 

  1.  Title: Gravitational Waves from Black Hole(BH)

 collisions (Nathan Bradley and Nathaniel Elston)

 

2.     Information Paradox. What happens to information

 stored in a black hole (Izzy Beddingfield, Skylar Pope,

and Aaron Connor)

 

29 Mar

Ch. 10

 

 

31 Mar

Presentations III

 

  1. Title: How did the first supermassive black holes (SMBHs)

 form? (Adyson Kurtz, Fillipo Savoia, Thomas Guy)

 

2.     Supermassive Black Holes and feedback

(Eneko Sancho and William Ross)

 

2 Apr

Ch. 10

 

 

 

5 Apr

Presentations IV

 

  1.  Title: Extreme effects near a black hole: spaghettification,

 strong curvature of light, apparent stoppage of time

(Aidan Clark, Keegan Cromer, and Quinn Lareau)

 

2.     Extracting Energy from a Black Hole (Blandford-Znajek

and Penrose processes) (Katrina, Jessica, and Jaime)

 

7 Apr

Ch. 11 Gravitational Waves

 

 

9 Apr

Ch. 12 Through the Horizon

 

ch12.pdf

12 Apr

Presentations V

 

 

  1. Title: Direct Imaging of a SMBH (Event Horizon Telescope)

Erika Hamilton

 

 

14 Apr

Test 3, chapters 9-11

 

 

16 Apr

Neutrino Astronomy (IceCube)

 

neutrino_astronomy.pdf

19 Apr

Review and last day of class

 

 

21 Apr

 

 

 

 

22 Apr

READING DAY

 

 

 

 

 

 

28 Apr

FINAL EXAM (1:00pm–3:00pm)

 

 

 

Final on chapters 5, 6, 7, 8, 9, 10, 11, 12