GothamFest
→
America/New_York
Gerald D. Fischbach Auditorium (2nd Floor) (160 Fifth Avenue)
Gerald D. Fischbach Auditorium (2nd Floor)
160 Fifth Avenue
Description
2nd annual NYC-wide event for local astronomers to meet. Three separate events at Columbia, NYU and CCA.
Join via Zoom Webinar:
When: Sep 6, 2019 07:00 AM Eastern Time (US and Canada)
Topic: GDFA - GothamFest - 9-06-2019
Please click the link below to join the webinar:
https://simonsfoundation.zoom.us/j/746956226
Or iPhone one-tap :
US: +16465588656,,746956226# or +16699006833,,746956226#
Or Telephone:
Dial(for higher quality, dial a number based on your current location):
US: +1 646 558 8656 or +1 669 900 6833
Webinar ID: 746 956 226
International numbers available: https://zoom.us/u/agJNn89bu
-
-
9:00 AM
→
10:00 AM
Breakfast 1h
-
10:00 AM
→
10:03 AM
Welcome from the Director!
-
10:03 AM
→
10:45 AM
Session 1: smallest
Moderator: Chiara Mingarelli
-
10:03 AM
Dan Forman-Mackey (Flatiron/CCA) 6m
-
10:09 AM
Jackie Faherty (AMNH): BDNYC: Brown Dwarfs to Exoplanet characterization 6m
-
10:15 AM
Megan Bedell (Flatiron/CCA): Finding Other Earths 6m
-
10:21 AM
Rodrigo Luger (Flatiron/CCA): Making maps of stars and exoplanets 6m
-
10:27 AM
David W. Hogg (NYU) 6m
-
10:33 AM
Adam Jermyn (Flatiron/CCA): Turbulent Stars (or ... Stars!) 6m
-
10:39 AM
David Kipping (Columbia): f sub i 6m
-
10:03 AM
-
10:45 AM
→
11:00 AM
Poster Overview
-
11:00 AM
→
11:30 AM
AM Coffee Break 30m
-
11:30 AM
→
12:30 PM
Session 2: bigger than the smallest
Moderator: Stephanie Tonnesen
-
11:30 AM
James Cho (Flatiron/CCA): Baroclinic Instability on Cool, Tidally-Synchronized Objects 8m
-
11:38 AM
Megan Ansdell (Flatiron/CCA): How quickly do planets form? 8m
-
11:46 AM
Mordecai-Mark Mac Low (AMNH): Star Forming Clouds Have Magnetized Envelopes and Gravitationally Dominated Cores 8m
-
11:54 AM
Maria Okounkova (Flatiron/CCA): Binary black holes beyond general relativity 8m
-
12:02 PM
Sabrina Appel (Rutgers University): Investigating the Impact of Stellar Feedback on Models of Star Formation 8m
-
12:10 PM
Chiara Mingarelli (Flatiron/CCA): Gravitational waves from supermassive black holes will be awesome 8m
-
12:18 PM
Eileen Gonzales (CUNY): Atmospheric Retrieval of the d/sdL7+T7.5p binary 2MASS J1416+1348AB 8m
-
11:30 AM
-
12:30 PM
→
2:00 PM
Lunch 1h 30m
-
2:00 PM
→
3:00 PM
Session 3: smaller than the biggest
Moderator: Rodrigo Luger
-
2:00 PM
Blakesley Burkhart (Flatiron/CCA/Rutgers): Unifying Analytic Models of Star Formation in Galaxies Across Cosmic Time 6m
-
2:06 PM
Miles Cranmer (Princeton): Neural Network Recipes for Astrophysics 6m
-
2:12 PM
Adrian Price-Whelan (Flatiron/CCA): Surprises in the Galactic Graveyard 6m
-
2:18 PM
Aaron Yung (Rutgers): Semi-Analytic Forecasts for JWST and Beyond 6m
-
2:24 PM
Stephanie Tonnesen (Flatiron/CCA): It's Cloud Illusions I Recall, I Really Don't Know Clouds at All... (But I'm Working on It) 6m
-
2:30 PM
John Forbes (Flatiron/CCA): The baryon cycle in radially resolved semi analytic models 6m
-
2:36 PM
Saavik Ford (CUNY): GW190706 happened in an AGN disk 6m
-
2:42 PM
Francisco Villaescusa-Navarro (Flatiron/CCA): Cosmology in the machine learning era 6m
-
2:48 PM
Glennys Farrar (NYU) 6m
-
2:00 PM
-
3:00 PM
→
3:30 PM
PM Coffee Break 30m
-
3:30 PM
→
4:30 PM
Session 4: biggest
Moderator: Drummond Fielding
-
3:30 PM
Daniel Angles-Alcazar (Flatiron/CCA): Cosmological hyper-refinement simulations of AGN fueling and feedback 6m
-
3:36 PM
Michael Blanton (NYU): Computational Astronomy in the SDSS 6m
-
3:42 PM
Shy Genel (Flatiron/CCA): Following the Angular Momentum of Dark Matter and Stars during Galaxy Assembly 6m
-
3:48 PM
Mehmet Alpaslan (NYU): What can we learn from the luminosity of satellite galaxies? 6m
-
3:54 PM
Katerina Chatziioannou (Flatiron/CCA) 6m
-
4:00 PM
Chen Ding (NYU): On the origin of the ultra-high energy cosmic ray anisotropy 6m
-
4:06 PM
Shirley Ho (Flatiron/CCA): Machine Learn the Universe?! 6m
-
4:12 PM
Colin Hill (Columbia/CCA): From SO to H0 6m
-
4:18 PM
David Spergel (Flatiron/CCA) 6m
-
3:30 PM
-
4:30 PM
→
6:00 PM
Reception 1h 30m
-
9:00 AM
→
10:00 AM