Apr 17, 2017 - HDL faculty receives OU Presidential award
Professor Bruno Uchoa was recently awarded with the Ted and Cuba Webb Presidential Professorship. The Presidential Professorships were established to recognize those faculty members who excel in all of their professional activities and exemplify to their students and to their colleagues (both at OU and within their disciplines nationwide) the ideals of a scholar through their endeavors in teaching; research and creative scholarly activity. Congratulations!
Apr 13, 2017 - HLD Faculty receive Patent Award
In a recent tribute to OU faculty, HLD faculty Mike Santos and Matt Johnson received a Patent Award for their work in helping develop a tunable diode laser. Working in collaboration with a team of OU physicists and electrical engineers, they developed a semiconductor laser where the infrared emission wavelength is strongly dependent on bias voltage. A key feature of the design is that negative and positive charge carriers are located in adjacent quantum wells. Tunable infrared lasers are enabling components for gas sensing systems that can detect multiple types of molecules.
Mar 21, 2017 - OU Alumni Reunion
The department of Physics and Astronomy will host a Retirement Banquet and Alumni Reunion on Saturday May 06. The reunion will honor some of the faculty who have contributed to the department over many years. The honorees include professors emeriti Dick Henry, Ron Kantowski, Kim Milton, John Moore-Furneaux and Deborah Watson, and the current department chair Greg Parker. The event will also honor retired staff Andy Feldt, Bill See, Adrianne Wade and Joel Young.
The retirement banquet will be held in the OU Sam Noble Museum.
More info and registration: https://www.nhn.ou.edu/friends-alumni/retirement
Feb 17, 2017 - Nielsen Hall Radio Telescope Online
A group of undergraduate and graduate students, led by OU Astronomy Professor John Tobin constructed a 10 foot radio telescope on the the
roof of Nielsen Hall last November and December. The dish was brought fully online in early February. The group followed the small radio telescope (SRT) plans made available by MIT Haystack Radio Observatory and constructed the dish entirely from off the shelf equipment.
The radio telescope presents exciting teaching and outreach opportunities because it operates in a fundamentally different way from optical telescopes. Instead of observing the light from stars and planets, this radio telescope observes the matter between the stars, the interstellar medium, through spectroscopy. The radio telescope specifically observes Hydrogen atoms throughout our Milky Way Galaxy emitting at a wavelength of 21 cm, from which the rotation of the Galaxy can be clearly seen through the Doppler effect. Introductory Astronomy students and those attending outreach events will see the operation of a radio telescope first-hand and observe the spectral line from Hydrogen in real-time. More advanced students will learn the fundamentals of radio astronomy and will carry out experiments such as mapping Hydrogen in space and measuring the rotational velocity of our Galaxy.
The project had the participation of undergraduate students Brian Stephenson, Lisa Patel and Jacob Gill, and of graduate students Nick Reynolds, Rajeeb Sharma, Hyunseop Choi and Paul Canton. Congratulations!
Oct 26, 2016 - OU-Led Team Discovers Rare, Newborn Tri-Star System
Prof. John J. Tobin led a global team of researchers who discovered a rare triple star system surrounded by a disk with a spiral structure. Recent observations from the Atacama Large Millimeter/submillimeter Array—a revolutionary observatory in northern Chile, commonly known as ALMA—resulted in the discovery, lending support for evidence of disk fragmentation—a process leading to the formation of young binary and multiple star systems. Until ALMA, no one had observed a tri-star system forming in a disk like the one discovered by the OU team.
More info: Featured research
Oct 25, 2016 - Department accepted to join APS Bridge Program
The Department has been accepted to join the APS Bridge Program, which seeks to increase the number of physics PhDs awarded to underrepresented minority students, including African American, Hispanic American, and Native American students:
Acceptance into the program affirms the commitment of the department to enhancing diversity in physics. OU represents the only institution in Oklahoma that has been accepted to join the program.
Oct 21, 2016 - OU Astronomers Team with Citizen Scientists to Discover a Rare Circumstellar Disk
Oct 16, 2016 - OU alumnus launches hurricane measurements partnership
OU alumnus and Board of Visitor A. T. Stair, founder/CEO of Tropical Weather Analytics, Inc (TWAI) and Chief Scientist of many space programs, has recently launched a partnership between TWAI and the Applied Physics Laboratory of Johns Hopkins University (JHU/APL). Along with Paul Joss, founder/CTO of TWAI, and Professor emeritus of Physics at the Massachusetts institute of Technology, the TWAI team will use space-based data acquisition technologies and analytic tools to develop the world most accurate measurements and forecasts of tropical cyclones to date. This technology will have enormous impact on reduction of loss of life and property caused by hurricanes.
The Johns Hopkins's team has been a prime contractor on several upper-atmospheric and space program at NASA, including numerous missions using low-cost micro satellites. Once fully operational, TWAI will provide proprietary data, including 3D, wide field, high resolution cloud maps and thermal maps with more than 50 meter resolution and 3 degrees Celcius temperature accuracy.
For more information: news link
Oct 07, 2016 - Alumna awarded prestigious postdoc in Norway
Former student Prachi Parashar has just started a prestigious postdoc at the Norwegian University of Science and Technology in Trondheim, funded by a rather large international grant from the Norwegian Research Council. At OU, Prachi worked with Prof. Kim Milton on different projects involving the Casimir effect. Congratulations to Prachi!
Sep 30, 2016 - OU Physicists Developing New Systems for Next Generation Solar Cells
University of Oklahoma physicists are developing novel technologies with the potential to impact utility-scale energy generation, increase global energy capacity and reduce dependence on fossil fuels by producing a new generation of high efficiency solar cells. The OU team hopes to show that quantum-engineered systems can control thermal losses that restrict the performance of conventional solar cells and harness more of the sun’s energy in practical “hot” carrier solar cells.
Ian Sellers and Michael Santos, professors in the Homer L. Dodge Department of Physics and Astronomy, will develop “hot” carrier solar cell architectures and investigate the physics driving the operation of these devices. Sellers and Santos have focused their research on narrow-gap heterostructures, demonstrating the promising potential avenue for the practical implementation of “hot” carrier solar cells.
The National Science Foundation supported this research project with a three-year grant in the amount of $380,000.