Name |
Organization |
Talk |
Begin |
End |
Student |
|
|
Breakfast and Registration |
8:00 |
8:54 |
|
Yanbei Chen |
Caltech |
Welcome and Announcements |
8:54 |
9:00 |
|
Kip Thorne |
Caltech |
Visualizing the Weyl Curvature Tensor:
Frame-Drag Vortex Lines and Tidal Tendex Lines |
9:00 |
9:12 |
|
David Nichols |
Caltech |
Vortex and Tendex Lines in Post-Newtonian and
Black-Hole Perturbation Spacetimes |
9:12 |
9:24 |
|
Keith D. Matthews |
Caltech |
Computation of Vortex and Tendex Lines in Numerical Simulations,
and Their Behaviors in a Head-on Collision of Spinning Black Holes |
9:24 |
9:36 |
|
Mark Scheel |
Caltech |
Vortexes and Tendexes in Black Hole Collisions |
9:36 |
9:48 |
|
Fan Zhang |
Caltech |
The Meanings of Frame-Drag Vortex Lines and Tidal
Tendex Lines |
9:48 |
10:00 |
|
Aaron Zimmerman |
Caltech |
New Ringdown Frequency at the Birth of a Kerr
Black Hole |
10:00 |
10:12 |
|
|
|
Coffee Break |
10:12 |
10:48 |
|
Name |
Organization |
Talk |
Begin |
End |
Student |
Richard Price |
University of Texas at Brownsville |
Strong Antikicks in Binary Inspiral |
10:48 |
11:00 |
|
Charles R. Evans |
University of North Carolina-Chapel Hill |
Eccentric orbit EMRIs on Schwarzschild:
High accuracy metric reconstruction I |
11:00 |
11:12 |
|
Seth Hopper |
University of North Carolina-Chapel Hill |
Eccentric orbit EMRIs on Schwarzschild:
High accuracy metric reconstruction II |
11:12 |
11:24 |
|
Sourabh Nampalliwar |
University of Texas at Brownsville |
Pulsar Beam Bending Near the Galactic Center |
11:24 |
11:36 |
|
Chin San Han |
Stanford |
Space-Time Asymmetry Research (STAR) |
11:36 |
11:48 |
|
Franklin Felber |
Starmark, Inc. |
Dipole Gravity Waves from Gravitationally Unbound Quadrupoles |
11:48 |
12:00 |
|
Anil Zenginoglu |
Caltech |
Relativity for Engineering Applications |
12:00 |
12:12 |
|
Arthur Fischer |
University of California, Santa Cruz |
Einstein's Second Postulate of Special Relativity on the
Universality of the Speed of Light
is a Consequence of the First Postulate
and is therefore Redundant |
12:12 |
12:24 |
|
|
|
Lunch |
12:24 |
2:00 |
|
Name |
Organization |
Talk |
Begin |
End |
Student |
|
|
Breakfast and Registration |
8:00 |
9:00 |
|
Peter Kalmus |
Caltech |
Search for Gravitational Waves from Core Collapse
Supernovae |
9:00 |
9:12 |
|
Michael Kesden |
NYU |
Detecting Primordial Black Holes with Helioseismology |
9:12 |
9:24 |
|
Marc Favata |
JPL/Caltech |
The Gravitational-Wave Memory from Eccentric Binaries |
9:24 |
9:36 |
|
Tim Johannsen |
University of Arizona |
Testing the No-Hair Theorem with Observations of
Black Holes in the Electromagnetic Spectrum |
9:36 |
9:48 |
|
Sam Koshy |
California State University, Long Beach |
Tidal Locking of Neutron Star-Quark Star Binaries |
9:48 |
10:00 |
|
Bijan Berenji |
SLAC/Stanford/KIPAC |
Search for Gravity-Only Large Extra Dimensions Based
on Observations of Neutron Stars with Fermi-LAT |
10:00 |
10:12 |
|
|
|
Coffee Break |
10:12 |
10:48 |
|
Name |
Organization |
Talk |
Begin |
End |
Student |
Anzhong Wang |
Baylor University |
Anisotropic Scalings and Non-Relativistic General
Covariant Theory of Quantum Gravity |
2:00 |
2:12 |
|
V. H. Satheeshkumar |
Baylor University |
Black holes in Non-Relativistic General
Covariant Theory of Quantum Gravity |
2:12 |
2:24 |
|
Kai Lin |
Baylor University |
Stability of a Scalar Field in the Non-Relativistic General Covariant
Theory of Gravity with Detailed Balance Condition Softly-Breaking |
2:24 |
2:36 |
|
Yongqing Huang |
Baylor University |
Strong Coupling in Non-Relativistic General Covariant
Theory With a Running Coupling Constant λ |
2:36 |
2:48 |
|
Hui-Yiing Chang |
Vanderbilt University |
Phantom Cosmologies Ameliorating the Coincidence
Problem |
2:48 |
3:00 |
|
Michael Duncan |
California State University, Fresno |
Entropic Derivation of F=ma for Circular Motion |
3:00 |
3:12 |
|
|
|
Coffee Break |
3:24 |
3:54 |
|