Conveners
Lectures
- Yuto Mochizuki
- Akio Inoue (Waseda University)
Lectures: Lectures
- Mai Yamashita (ISAS/JAXA)
- Tohru Nagao (Ehime University)
Lectures
- Daiki Miura (The University of Tokyo, ISAS/JAXA)
- Kimihiko Nakajima (NAOJ)
Lectures
- Kimihiko Nakajima (NAOJ)
- Komachi Maehara (SOKENDAI)
Lectures
- Masaaki Otsuka (Okayama Observatory, Kyoto-U.)
- Nagi Atsuchi
Lectures: Lectures
- Yuto Mochizuki
- Masaaki Otsuka (Okayama Observatory, Kyoto-U.)
Lectures
- Yoichi Tamura (Nagoya University)
- Komachi Maehara (SOKENDAI)
Lectures
- Shunsuke Baba (ISAS/JAXA)
- Mai Yamashita (ISAS/JAXA)
Lectures: Lectures
- Atsushi Tanimoto (Kagoshima University)
- Daiki Miura (The University of Tokyo, ISAS/JAXA)
LECTURE 1 - Gary Ferland (50 min)
Title: Introduction to Cloudy
Description: Participant introductions,
Discussion of homework problem - Cloudy’s output
Find, for example “save overview”, in Hazy
Cloudy topic: Intro to Cloudy
Title: The optical line thermostat effect and FIR lines to the rescue!
Description: Stoy-method temperature balance - vary O/H over a broad range and show [O III]/Hb for constant temperature and energy balance calculation. FIR lines JWST&ALMA have an advantage here
LECTURE 6 - Priyanka Chakraborty (30 min)
Title: 1 keV feature in X-ray binaries (PART I)
Description: Show plots from the 1 keV paper, origin of 1 keV feature, contour plots explaining the physics behind 1keV feature.
How to create line blends within Cloudy, and how to change SEDs.
LECTURE 9 - Maryam Dehghanian (50 min)
Title: Solving Mysteries using Cloudy
Description: I show how we can use Cloudy to make sense of UV observations and explain the unique and non-familiar observations that do not match the physic rules at first glance.
Cloudy topic: save continue, grid, vary, save overview (temperature results)
LECTURE 8 - Christophe Morisset (1 hour), Tuesday 11-12
Title: pyCloudy
Description:
Cloudy topic: pyCloudy
https://github.com/Morisset/Cloudy_Summer_School
LECTURE 7 - Peter van Hoof (30 min)
Title: Parallel Cloudy
Description: Also include grid commands.
Cloudy topic: Parallel Cloudy
LECTURE 16 - Chamani Gunasekera (30 min)
Title: High-resolution X-rays with Cloudy
Description: We are actively working on resolving the one-electron Lyman doublets in Cloudy, so that it may predict the high-resolution X-ray lines observed by microcalorimeter missions like XRISM and Athena.
Cloudy topic: new “extra” Lyman Lines, command to change default doublet resolution
LECTURE 10 - Peter van Hoof (50 min)
Title: Grains Physics
Description: grain effects on their environment, extinction, PE heating, stochastic heating, formation and destruction
Cloudy topic: grains in Cloudy, build your own grains
LECTURE 12 - Peter van Hoof (50 min)
Title: Molecules in PNe (Herschel/ALMA/JWST)
Description:
Cloudy topic: molecules in Cloudy
LECTURE 14 - Chamani Gunasekera & Priyanka Chakraborty (1 h 30 min)
Title: BPT diagnostic diagrams
Description: BPT-like diagrams - someone could do one using x-ray lines showing the method. This has not been done before
(Add a small intro on new Hazy section explaining how to work with emission lines)
perhaps Chamani first two papers, then Priyanka figs from thesis papers, her paper with...
LECTURE 13 - Chamani Gunasekera (50 min)
Title: Dust Grains with JWST and Cloudy
Description: JWST-dust extinction curves, HST ISS features. Extinction curves and self-consistent element depletion, interesting new features called ISS features are observed but not well understood, what chemistry is associated with these features?
Cloudy topic: TBD, grains and depletion physics
