News

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...

Oct 18

Newsletter 2018

Oct 13

OU’s new NIST-A Physics Laboratory to Be Dedicated on Oct. 13

The University of Oklahoma will dedicate Lin Hall and the Dodge Physics Complex on Saturday, Oct. 13, 2018. Named in recognition of Chun C. Lin, a professor...

Sep 11

Ferah Munshi and Dan White Join HLD Faculty

The faculty in the Department of Physics and Astronomy will be joined in the fall by two new members, Ferah Munshi, who will be the...

Aug 15

OK-LSAMP students spend summer at NASA Glenn Research Center

Physics & Astronomy students Logan Abshire and Tristan Thrasher recently returned from a summer (2018) spent performing research on the effects of high irradiation environments on...

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Events

Calendar
Women in Physics
HEP Journal Club
Colloquium
HEP Seminar
CMP Seminar
Astronomy Journal Club
CMP Journal Club
Faculty Research Seminar
Postcards from the Universe
Public Lecture
Special Event
Star Party

Colloquium

Dec 13, 2018 4:00 pm

Nielsen Hall 170 - No Colloquium
Finals Week

Postcards from the Universe

Dec 13, 2018 7:00 pm

Sam Noble Museum of Natural History - Dr. Ferah Munshi
Modeling Galaxy Evolution

Colloquium

Jan 17, 2019 3:45 pm

Nielsen Hall 170 - No Colloquium
First week of the semester

Colloquium

Jan 24, 2019 3:45 pm

Nielsen Hall 170 - RESERVED
TBD

Colloquium

Jan 31, 2019 3:45 pm

Nielsen Hall 170 - RESERVED
TBD

More Events...
Research Figure

Featured Research: New Rare Pairs of Heavy Friends in ATLAS

Observing rare productions of heavy elementary particles can provide fresh insight into the Standard Model of particle physics. In a new result first presented by OU postdoc Muhammad Alhroob, the ATLAS Experiment presents strong evidence for the production of a single top quark in association with a Z boson.

The high proton–proton collision energy and rate of the Large Hadron Collider (LHC) makes it possible to produce the heaviest elementary particles, such as the top quark — which is about 175 times heavier than a proton…