schedule

 

Lectures will take place simultaneously in two cohorts, A and B. On the first day, please find out which cohort you belong to.

Cohort A
   MONDAY 6/25
Introduction
TUESDAY 6/26
Globular Clusters
WEDNESDAY 6/27
Massive Stars
THURSDAY 6/28
Binaries
FRIDAY 6/29
WD novae
8:30 AM Lecture
Getting started with MESA
Lecture
Globular Clusters
Lecture
Massive Stellar Evolution
Lecture
Current developments in binary evolution
Lecture
Introduction to novae
9:20 AM Minilab
Inlists and 1M to WD
Minilab
Exploring Cluster Data
Minilab
Crowdsource parameter study on resolution
Minilab
Modeling high mass BH X-ray binaries
Lab
A first nova model
10:10 AM Break Break Break Break Break
10:30 AM Maxilab
PG-Plot
Lecture
Stellar Atmospheres
Lecture
Run massive stellar evolution
MaxiLab
Orbital evolution of binary systems
Lecture
Nuclear physics of novae
11:20 AM Maxilab
PG-Plot
Minilab
Translating MESA results to observable
Minilab
from Oxygen Core to Fe core collapse
Maxilab
The Algol paradox
Lab
Exploring nuclear networks in MESA
12:10 AM Lunch Lunch Lunch Lunch Lunch
1:30 PM Lecture
Stellar Evolution: All about MESA
Lecture
White Dwarfs
Lecture
Mixing in Massive Stars and Pre-supernova Structure
Lecture
Common envelope evolution
Lecture
Mass loss in novae
2:20 PM Minilab
High mass stars
Minilab
White-Dwarf Luminosity Functions
Minilab
Visualize the effects of different mixing with PG-Plot
Minilab
The binding energy of stellar envelopes
Lab
The role of mass loss in nova models
3:10 PM Break Break Break Break Break
3:30 PM Lecture
Customizing with run_star_extra
Lecture
Testing Physics with White Dwarfs
Lecture
Magnetorotational instability and massive stars
Lecture
Formation of BH X-ray binaries
Lecture
Open issues in the physics of novae
4:20 PM Maxilab
run_star_extra
Maxilab
Neutrinos, Axions, Gravity
Maxilab
Import an analytic description of MRI into MESA
Maxilab
BH X-ray binaries from common envelope evolution
Lab
Mixing and enrichment in novae
5:10 PM Dinner Dinner Dinner Dinner Dinner
7:00 PM Catch up session Catch up session Catch up session Catch up session Catch up session
Cohort B
   MONDAY 6/25
Introduction
TUESDAY 6/26
Massive Stars
WEDNESDAY 6/27
Globular Clusters
THURSDAY 6/28
WD Novae
FRIDAY 6/29
Binaries
8:30 AM Lecture
Getting started with MESA
Lecture
Massive Stellar Evolution
Lecture
Globular Clusters
Lecture
Introduction to novae
Lecture
Current developments in binary evolution
9:20 AM Minilab
Inlists and 1M to WD
Minilab
Crowdsource parameter study on resolution
Minilab
Exploring Cluster Data
Lab
A first nova model
Minilab
Modeling high mass BH X-ray binaries
10:10 AM Break Break Break Break Break
10:30 AM Maxilab
PG-Plot
Lecture
Run massive stellar evolution
Lecture
Stellar Atmospheres
Lecture
Nuclear physics of novae
MaxiLab
Orbital evolution of binary systems
11:20 AM Maxilab
PG-Plot
Minilab
from Oxygen Core to Fe core collapse
Minilab
Translating MESA results to observable
Lab
Exploring nuclear networks in MESA
Maxilab
The Algol paradox
12:10 AM Lunch Lunch Lunch Lunch Lunch
1:30 PM Lecture
Stellar Evolution: All about MESA
Lecture
Mixing in Massive Stars and Pre-supernova Structure
Lecture
White Dwarfs
Lecture
Mass loss in novae
Lecture
Common envelope evolution
2:20 PM Minilab
High mass stars
Minilab
Visualize the effects of different mixing with PG-Plot
Minilab
White-Dwarf Luminosity Functions
Lab
The role of mass loss in nova models
Minilab
The binding energy of stellar envelopes
3:10 PM Break Break Break Break Break
3:30 PM Lecture
Customizing with run_star_extra
Lecture
Magnetorotational instability and massive stars
Lecture
Testing Physics with White Dwarfs
Lecture
Open issues in the physics of novae
Lecture
Formation of BH X-ray binaries
4:20 PM Maxilab
run_star_extra
Maxilab
Import an analytic description of MRI into MESA
Maxilab
Neutrinos, Axions, Gravity
Maxilab
Mixing and enrichment in novae
Maxilab
BH X-ray binaries from common envelope evolution
5:10 PM Dinner Dinner Dinner Dinner Dinner
7:00 PM Catch up session Catch up session Catch up session Catch up session Catch up session

MENU

CONTACT INFO

Ilaria Caiazzo

ilariacaiazzo@phas.ubc.ca

Yaming Wang

wangym@nao.cas.cn

Chunguang Zhang

For all the lecturers and TAs emails, please see the page About

schedule
Cohort A Cohort B
schedule
Cohort A Cohort B
schedule
Cohort A Cohort B
schedule

The schedule is not available in mobile format.