Epstein Secrets

of how matter and geometry relate to each other. We are accustomed to thinking of the geometry of space and time as the stage on which matter acts. Einstein's theory of general relativity made this stage dynamic -- geometry warps and bounces as matter moves around on it -- but he kept the fundamental co

[email protected]> Sent: 9/11/2009 2:24:46 AM Subject: Fw: should give you an idea of what she is getting into Fyi Original Message From: Alexa N. Staley < To: Jes Staley Sent: Thu Sep 10 20:00:28 2009 Subject: RE: should give you an idea of what she is getting into it sounds really cool new way o

of how matter and geometry relate to each other. We are accustomed to thinking of the geometry of space and time as the stage on which matter acts. Einstein's theory of general relativity made this stage dynamic -- geometry warps and bounces as matter moves around on it -- but he kept the fundamental co

[email protected]> Sent: 9/11/2009 2:42:02 AM Subject: Fw: should give you an idea of what she is getting into Fyi Original Message From: Alexa N. Staley < To: Jes Staley Sent: Thu Sep 10 20:00:28 2009 Subject: RE: should give you an idea of what she is getting into it sounds really cool new way o

several 100 Mpc distances at which the event rate should be sufficient to yield detections. A graduate student in my group has recently written an Einstein/hydro code in ID to simulate black hole formation during collapse of massive stars. Our goal is to extend this code to 3D using efficient adaptive

c 02 22:48:24 2010 Subject: Fw: I like his research!! Original Message From: Andrew MacFad en < Sender: < Date: Thu, 2 Dec 2010 22:37:03 To: Alexa N. Staley Subject: Re: Dear Aleza, > Thanks for writing. Your message is timely. I and my group at NYU are working on several projects in computational as