Abstract
Understanding galaxy formation and evolution is at the heart of modern astronomy. Central to that goal is the necessity to improve our understanding of star formation, and thus the evolution of the interstellar medium (ISM) of galaxies. This requires an understanding of phenomena spanning vast spatial scales, which must be gained through observations across the electromagnetic spectrum as well as state-of-the-art numerical simulations. To tackle these complex issues, IAU Symposium 292 will focus on the detailed properties of the molecular clouds where stars are born, the fuel and tracers of star formation, the quantification of star formation, and its effects on galaxy evolution. Implicit throughout will be the use of physical and chemical diagnostics exploiting the latest facilities, particularly Herschel and ALMA.News
We have put together PDF abstract files for both the talks (in chronological order) and posters of IAUS292, which may be more practical to use than the ones for the entire general assembly provided by the IAU itself: Talk abstracts Poster abstracts
The final programme is now out! Please check the link on the left.
Here is the list of invited speakers:
S. Aalto, L. Blitz, M. Bureau, E. Daddi, J. Di Francesco, Y. Fukui,
A. Kawamura, L. Kewey, M. Krumholz, M. Mac Low, S. Madden,
S. Molinari, N. Murray, N. Nesvadba, T. Onaka, P. Papadopoulos,
M. Rubio, A. Saintonge, K. Sakamoto, P. Salome, A. Schruba, J. Tan,
K. Wada, W.-H. Wang, C. Wilson
Core Topics
The SOC is now putting together the programme and invited speakers. The symposium will focus on the following topics:
- Molecular Clouds:
- Distribution
- Properties (structure, mass, kinematics, lifetime)
- Formation and evolution
- Turbulence
- Star formation
- Stellar feedback
- Atomic and Molecular Gas in Galaxies:
- Magellanic Clouds
- Local dwarf, spiral, and early-type galaxies
- Starburst galaxies
- Cooling flows
- Radio galaxies
- High redshift galaxies
- Epoch of reionisation
- ISM Diagnostics:
- Physical conditions
- Excitation mechanisms (PDRs, XDRs, CRDRs)
- Chemistry
- Atomic-molecular transition
- Dust:
- PAHs
- FIR/sub-mm lines
- Formation and evolution
- Star Formation:
- UV, optical, and NIR tracers
- MIR, FIR, sub-mm, and mm tracers
- Kennicutt-Schmidt law
- FIR-radio correlation
- Star formation efficiency
- Semi-analytic modeling
- Hydrodynamical modeling
- Feedback:
- Stellar feedback
- AGN feedback
- Gas accretion and outflows



