KITP: fresh blood

New week, and a new set of topics for us to contemplate.
This week we hear from the grad students, who will tell us what it is they have actually been doing all this time, scientifically...

Tom is here! For a flying visit.
We may go post-Newtonian, and we may meander back through stellar evolution for a bit.

So - where, cosmologically, and when, do globulars form?
Is the mass-metallicity relation for galaxies a clue? Should we look to dwarf galaxies with masses less than 1010 solar masses as cites for most or all of globular formation? How long can we delay globular formation?

How dense are the clusters initially, why is there not a mass-radius relation for globulars, like there ought to be.
Why don't proto-globulars just make black holes directly at their center, or do they...

how long can I keep up with the rather rapid and rapidly changing discussion?

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it is extragalactic day here at KITP this could get exciting, if you like that sort of thing unsolved problems in dynamical evolution, and why they are interesting... for the five people who care. This afternoon we tackle colour: red and blue, again... All our data belongs to M87 'cause M87 has…
Today we step back and Hans runs The Big Questions past us. It is always good to think about the Big Picture. The Big Questions Most likely scenario for cluster formation: a) compressed/triggered initial conditions: cloud collisions or intersecting shells, or b) did globular clusters form as…
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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. Sometime…

So, basically you are going to be looking into the stimulus package that preceded globular cluster formation? Nice.

By Pat Durrell (not verified) on 23 Feb 2009 #permalink