News

Jan 18

Branch Awarded Chambliss Astronomical Writing Award

Physics & Astronomy emeritus professor David Branch has been awarded the AAS' Chambliss Astronomical Writing Award, along with J. Craig Wheeler, for their advanced university-level...

Jan 08

Young Planets Orbiting Red Dwarfs May Lack Ingredients for Life

A team of astronomers led by OU's John Wisniewski have used the Hubble Space Telescope to trace giant blobs of material being cleared out from...

Jan 02

Kaib wins NSF Career Award

OU astronomy professor Nathan Kaib is the recipient of a National Science Foundation CAREER (Faculty Early Career Development Program) Award in the amount of $521,258. ...

Jan 01

Marino Wins James and JoAnn Holden Faculty Award

Professor Alberto Marino has been named the recipient of the James and JoAnn Holden Faculty award.  The James and JoAnn Holden Faculty Award recognizes...

Nov 15

Faculty Positions in Theoretical and Experimental Quantum Physics Opened

The Homer L. Dodge Department of Physics and Astronomy at the University of Oklahoma (OU) invites applications for three faculty appointments in the areas of...

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CMP Journal Club

Feb 26, 2019 1:30 pm

Nielsen Hall 103 - APS Practice Talks

Colloquium

Feb 28, 2019 3:45 pm

Nielsen Hall 170 - RESERVED
TBD

CMP Journal Club

Mar 05, 2019 1:30 pm

Nielsen Hall 103 - APS Meeting

Colloquium

Mar 07, 2019 3:45 pm

Nielsen Hall 170 - RESERVED
TBD

CMP Journal Club

Mar 12, 2019 1:30 pm

Nielsen Hall 103 - March Meeting Report

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Research Figure

Featured Research: An OU Study Explains Why Mars Growth Stunted by Early Giant Planetary Instability

A University of Oklahoma astrophysics team explains why the growth of Mars was stunted by an orbital instability among the outer solar system's giant planets in a new study on the evolution of the young solar system. The OU study builds on the widely-accepted Nice Model, which invokes a planetary instability to explain many peculiar observed aspects of the outer solar system. An OU model used computer simulations to show how planet accretion (growth) is halted by the outer solar system instability. Without it, Mars possibly could have become a larger, habitable planet like Earth.

"This…