the Kavli Institute program on Dynamics and Evolution of Globular Clusters is reaching the end, and we highlight the important issues...
The west is the best
The west is the best
Get here, and we'll do the rest
Key topics:
- Present Day Mass Functions, M/L
- Intermediate Mass Black Holes
- Blue Stragglers
- Binary Fraction
- Planets
- Multiple Populations: not just Δ Y
Funny IMF or Funny dynamics.
AGB or rapidly rotating high mass stars? - LMXBs, BHs, CVs
- Milky Way Catalog
- Models: King, Wilson etc
- Surface Brightness Profile
- Core Collapse, Post-Core Collapse
- Canonical: M4 vs NGC 6397
- rc/rh
- Models of Individual Clusters
- Models with more and new physics:
- binaries (primordial)
- WD kicks
- multiple populations
- primordial mass segregation
- gas expulsion
- RJ -> mass loss rate
- Initial Conditions
- Subclumped or smooth
- Overflowing or deep within truncation
- GCMF: power-law or log-normal
- Kinematics
- Blue Tilts
- Technology
- Software vs Hardware
- GPU
- MUSE
- Stellar Content
- Structure
- Dynamical Evolution
- Cluster Systems
Crowd goes wild as the Globs program reaches the End.
Look for the wildeyed postdoc in the crowd trying to explain the importance of binary-binary interactions to a passing string theorist...
Love the stellar simulation at 4.02m - looks like SPH!
More like this
new week, new topic - actually we'll be doing a lot of extragalactic globulars and the mass function of the clusters, but we start with Guido summarizing what we know about the stellar mass function within the clusters - including mass segregation and differential mass loss.
Wheee.
New planet discovery by Bennett et al, about three Earth masses, adds to the variety of exoplanets.
Prospects for lots of Earth mass planets being out there are improved.
While I was galavanting about the southland yesterday, the program moved on and
John compared N-body and Monte Carlo (video and podcast)
When I was talking about balancing a stick, I mentioned the moment of inertia. Moment of inertia is different than mass, but I like to call it the "rotational mass". What does mass do?