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== large scale structure of galaxy distribution (Guo Hong)==
== Guo Hong==
* large scale structure of galaxy distribution
* ---


==ionized gas of galaxies (Hao Lei) ==
==Hao Lei ==
* ionized gas of galaxies
* ---


==structure of galaxies(Shen Shiyin)==
==Shen Shiyin==
[[File:Shiyin.jpg|thumb |shiyin]]
[[File:Shiyin.jpg|200px|thumb shiyin]]
*Dust geometry of galaxies
:How to measure or quantify the geometry of the dust components?
:How the dust geometries affect the observed properties of galaxies?


[[File:图片1.png|thumb dust geometry]]


===Galaxy pair and galaxy interaction===
* How to quantify the merging stage of galaxy pairs? Kinemetry, Morphlogy?
* Physical process in different stages?
[[File:Pair_stage.png|300px|thumb|center| galaxy pair merging stage(2020ApJ...892L..20F)]]


*HII regions of galaxies
===Compact groups of galaxies ===
*the largest and most complete low redshift compact groups of galaxies(CGs) sample selected from SDSS and LAMOST.
:Identify HII regions in local star-forming galaxies using MaNGA data
*Dynamics and physical nature CGs?
:Characterize the star formation process of HII regions
[[File:CG.jpg|300px|thumb|center| compact groups of galaxies in SDSS+LAMOST (2020ApJS..246...12Z)]]


===Dust geometry of galaxies ===
[[File:HII.png|thumb HII regions]]
*How to measure or quantify the geometry of the dust components?
*How the dust geometries affect the observed properties of galaxies?
[[File:图片1.png|300px|thumb|center| dust geometry model of disk galaxies]]


==high redshift galaxies (Zheng Zhenya) ==
===HII regions of galaxies ===
*Identify HII regions in local star-forming galaxies using MaNGA data.
* Characterize the star formation process of HII regions.
[[File:HII.png|300px|thumb|center| HII regions identified from MaNGA maps]]


==Zheng Zhenya ==
==galactic dynamics (Zhu Lin) ==

We probe the mass distributions, e.g. dark matter distribution, black hole mass in the inner regions of galaxies, by modelling the motion of particles. On the other hand, the motion of particles itself, that is their orbit distribution, can tell us the galaxies' assembly history.
===Epoch of Reionization (EoR)===
* How to probe EoR via galaxies?
* 21cm & Ly-α in EoR

===High-Redshift Galaxies===
* Physical properties of high-redshift galaxies
* Evolution of high-redshift galaxies
* Galaxy protoclusters at high-redshift

==Zhu Lin ==
* galactic dynamics
* ---

2020年6月24日 (三) 08:39的最新版本

Guo Hong

  • large scale structure of galaxy distribution
  • ---

Hao Lei

  • ionized gas of galaxies
  • ---

Shen Shiyin

thumb shiyin


Galaxy pair and galaxy interaction

  • How to quantify the merging stage of galaxy pairs? Kinemetry, Morphlogy?
  • Physical process in different stages?
galaxy pair merging stage(2020ApJ...892L..20F)

Compact groups of galaxies

  • the largest and most complete low redshift compact groups of galaxies(CGs) sample selected from SDSS and LAMOST.
  • Dynamics and physical nature CGs?
compact groups of galaxies in SDSS+LAMOST (2020ApJS..246...12Z)

Dust geometry of galaxies

  • How to measure or quantify the geometry of the dust components?
  • How the dust geometries affect the observed properties of galaxies?
dust geometry model of disk galaxies

HII regions of galaxies

  • Identify HII regions in local star-forming galaxies using MaNGA data.
  • Characterize the star formation process of HII regions.
HII regions identified from MaNGA maps

Zheng Zhenya

Epoch of Reionization (EoR)

  • How to probe EoR via galaxies?
  • 21cm & Ly-α in EoR

High-Redshift Galaxies

  • Physical properties of high-redshift galaxies
  • Evolution of high-redshift galaxies
  • Galaxy protoclusters at high-redshift

Zhu Lin

  • galactic dynamics
  • ---