Colloquia Schedule Fall 2016

Colloquia are on Tuesdays (unless otherwise indicated) at 3:30 pm in RLM 15.216B


Aug. 30	*Setting Stellar Chronometers: The PTF(+) Open Cluster Survey* abstract Marcel Agueros Columbia University host: Adam Kraus
Sep. 6	*Exploring Galaxy Formation in the Epoch of Reionisation* abstract Stephen Wilkins University of Sussex host: Steve Finkelstein
Sep. 13	*The Milky Way Laboratory* abstract Cara Battersby Harvard-Smithsonian Center for Astrophysics host: Neal Evans
Sep. 20	No talk scheduled
Sep. 27	Spin and Magnetism in Cool Stars abstract Elisabeth Newton Massachusetts Institute of Technology Kavli Institute for Astrophysics and Space Research host: Andrew Mann
Oct. 4	A Story of Stellar Nurseries abstract Nia Imara Harvard-Smithsonian Center for Astrophysics host: Caitlin Casey
Oct. 11	Network Cosmology: What can we learn from galaxy Facebook? Sungryong Hong Comet Update! Adam McKay The Fossil Record of Binary and Planetary Orbits Trent Dupuy UT Postdocs (Three talks)
Oct. 18	Formation and Compositions of Planet Interiors and Atmospheres: Discoveries from Kepler, K2, and beyond abstract Erik Petigura California Institute of Technology host: Brendan Bowler
Oct. 25	The Future of Exoplanet Science at McDonald Observatory abstract Paul Robertson Penn State University host: Greg Mace
Nov. 1	Building Supermassive Black Hole Binaries abstract Kelly Holley-Bockelmann Vanderbilt University host: Craig Wheeler/Eva Noyola
Nov. 8	Towards the Characterization of Potentially Habitable Planets with High Resolution Spectroscopy abstract Matteo Brogi University of Colorado Boulder host: Dan Jaffe
Nov. 15	Controlling Star Formation: From Clouds to Galaxies abstract Eve Ostriker Princeton University host: Volker Bromm
Nov. 22	Drilling the Chicxulub Impact Structure: Study of large impact formation and effects on life In 2016, the International Ocean Discovery Program Expedition 364 drilled and analysed 830 m of core from the 66 million year old Chicxulub impact crater’s peak ring. Chicxulub is unique as the only preserved large impact on Earth and the only impact event linked to mass extinction. Key results are that the Chicxulub peak ring is formed from fractured basement rocks that may host a subsurface biosphere. The impactite layer overlying the peak ring in turn provides insight into resurge and tsunami processes, while the Paleogene sediments contain the record of the recovery of life after the mass extinction event. This work calibrate a class of impact cratering models and gives insight into vertical fluxes and changes in physical properties caused by impact cratering into rock planets. close Sean Gulick The University of Texas at Austin Institute for Geophysics host: Bill Cochran

Nov. 29	Dust-obscured star formation at the Cosmic Frontier : New observations from the Large Millimeter Telescope abstract Alexandra Pope University of Massachusetts Amherst host: Caitlin Casey
Dec. 6	Moving Near Field Cosmology Beyond the Local Group abstract David Sand Texas Tech University host: Kristy McQuinn