Stars and Stellar Evolution




Lecture term: Oct. 12, 2023 - Feb. 1, 2024

Lectures:
Thu 9:15-11:00
Location: AIfA Bonn , Lecture Hall, except for Oct. 26, which will be held online only

Format:
While all participants who fullfil the university requirements are encouraged to take part in all parts of the lectures in person (except for Oct. 26), we will broadcast the first lecture (Oct. 12) live in zoom. We regret if the learning experience will be inferior to that of students who participate in person. Please see below for the zoom connection details.

zoom link
Meeting ID: 989 4923 3275
Passcode: Sirius

Exercise class (slots to be confirmed):
Mon 14:00-16:00, AIfA, Room 0.005, or
Wed 14:00-16:00, AIfA, Rooms 0.006 and 0.008
Tutors: Zahra Azadi (s6zaazad@uni-bonn.de), Andrea Ercolino (aercolino@astro.uni-bonn.de), Survi Kumari (s92skuma@uni-bonn.de)


Please register for the lecuture course using the eCampus link for the lecture course,
and register for the exercise using the eCampus link for the excercise class.


SSE lab course (obligatory; starts mid-term):
Fri 8:45-9:50, Room 0.007 (CIP pool room)
Please see here for details, and contact Harim Jin (hjin@astro.uni-bonn.de) or Dr. Abel Schootemeijer (aschoot@astro.uni-bonn.de) in case of questions.



The setup of the lectures is as follows: in the lectures, it is assumed that you worked through the corresponding chapter of the day (see table below). The lectures cover the main content, but we will discuss some of the questions you have about the lecture topic. Please send in your questions before Wednesday 13:00 (see the ecampus page on how to do this) so that they can be considered for the Thursday lectures. Note that 20% of the grade for this lecture will be based on your questions. 50% of your grade will be based on the final written exam (open book). The exam question may resemble the exercises which are discussed during the exercise class, which is thus highly advisable to attend. As a mandatory part of this course, we offer a computer lab based on an interactive stellar evolution software, lead by Dr. Abel Schootemeijer. 30% of your grade will be based on your lab reports.

Time Table

Lectures
(Thu 9:15-11:00)
Lecture: Chapters Format Exercises
email questions by
Oct. 12 Ch.1 AIfA Lecture Hall, hybrid - -
Oct. 26 Ch.1, 2.1, 2.2 online only 1.1-1.4 Wed, Oct. 25, 13:00
Nov. 2 Ch.2.3, 2.4, 3 AIfA Lecture Hall, in person only 2.2-2.4 Wed, Nov. 1, 13:00
Nov. 9 Ch.4 AIfA Lecture Hall, in person only 3.1-3.3 Wed, Nov. 8, 13:00
Nov. 16 Ch.5 AIfA Lecture Hall, in person only 4.1, 4.4 Wed, Nov. 15, 13:00
Nov. 23 Ch.6 AIfA Lecture Hall, in person only 5.1-5.4 Wed, Nov. 22, 13:00
Nov. 30 Ch.7 AIfA Lecture Hall, in person only 6.2-6.4 Wed, Nov. 29, 13:00
Dec. 7 Ch.7 AIfA Lecture Hall, in person only 7.1-7.3 -
Dec. 14 Ch.8 AIfA Lecture Hall, in person only 8.1,8.4 Wed, Dec. 13, 13:00
Dec. 21 Ch.9 AIfA Lecture Hall, in person only 9.1,9.2 Wed, Dec. 20, 13:00
Jan. 11 Ch.10 AIfA Lecture Hall, in person only 10.1-10.2 Wed, Jan. 10, 13:00
Jan. 18 Ch.11 AIfA Lecture Hall, in person only 11.1-11.3 Wed, Jan. 17, 13:00
Jan. 25 Ch.12 AIfA Lecture Hall, in person only 12.1-12.3 Wed, Jan. 24, 13:00
Feb. 1 Exam AIfA Lecture Hall, in person only 8:45-11:00
Information on the final exam:
The final exam will likely take place on Thursday, Feb. 1 , 9:00-11:00 (see table above; the exact date is still to be set). IMPORTANT: you need to be registered for this exam in BASIS! And you need to bring your student ID-card to the exam.
You may use the lecture notes during the exam, as well as any other book you like. Pocket calculators may be used as well. Laptops, smartphones, internet, and any kind of comunication device, however, are not allowed to be used during the exam.

The retake exam will take place on March 27, 2024, 9:45-12:00, in the AIfA. Please register on Basis for it.




Here, Alex Tudorica's beautiful images demonstrating various stages of stellar evolution from the night sky of Bonn using the AIfA'a rooftop telescope:
star formation: Horsehead Nebula Planetary nebula  Planetary nebula Wolf-Rayet wind bubble
Supernova Supernova remnant and neutron star star formation Planetary nebula