August 27 - 29, 2018
Organized by Annika Peter
The Center for Cosmology and AstroParticle Physics (CCAPP) at The Ohio State University (OSU) is hosting the "Substructure lensing with Galacticus" workshop in Columbus, Ohio.
The goal of the workshop is to bring together the users of the semi-analytic modeling code GALACTICUS to establish project opportunities, timelines and model the strong gravitational lensing of light by small dark-matter halos.
List of Participants
Andrew Benson (Carnegie)
Sean Brennan (Rutgers)
Daniel Gilman (UCLA)
Stacy Kim (OSU)
Leonida Moustakas (JPL)
Annika Peter (OSU)
Anthony Pullen (NYU)
Omid Sameie (UC Riverside)
Francis-Yan Cyr-Racine (Harvard)
Shengqi Yang (NYU)
There is no block of rooms reserved for the group. Please arrange your own accommodations at a nearby hotel.
Blackwell Inn, 2110 Tuttle Park Place, Columbus Ohio 43210, 614-247-4000
Fairfield Inn & Suites, 3031 Olentangy River Road, Columbus Ohio 43202, 614-267-1111
Holiday Inn Express, 3045 Olentangy River Road, Columbus Ohio 43202, 614-447-1212
Springhill Suites, 1421 Olentangy River Road, Columbus Ohio 43212, 614-297-9912
Homewood Suites by Hilton, 1576 West Lane Avenue, Columbus Ohio, 43221, 614-488-1500
Marriott Columbus University Area, 3100 Olentangy River Rd, Columbus, OH 43202, 614-447-9777
The workshop will take place in the Physics Research Building at The Ohio State University.
Directions to the Ohio State University
From Port Columbus International Airport: (Airport code: CMH)
Take I-670 west to SR 315 north. Exit at Lane Avenue. Turn right.
Columbus Airport Ground Transportation Info
From the north:
Take any major highway to I-270. Take I-270 to SR 315 south. From SR 315 south, exit at Lane Ave. Turn left.
From the south:
Take any major highway to I-71 north. Take I-71 north to SR 315 north. Exit at Lane Avenue. Turn right.
From the west:
Take any major highway to I-70 east. Take I-70 east to SR 315 north. Exit at Lane Avenue. Turn right.
From the east:
Take any major highway to I-70 west. Take I-70 west to SR 315 north. Exit at Lane Avenue. Turn right.