Christopher Brennen Awarded ISROMAC Award
Christopher Brennen, the Richard L. and Dorothy M. Hayman Professor of Mechanical Engineering, delivered the plenary opening lecture at the Twelfth International Symposium on Transport Phenomena and Dynamics of Rotating Machinery in February. After, he was awarded the organization's ISROMAC Award in recognition of "his outstanding research contributions in the area of cavitation and hydrodynamics in rotating machinery."
Five Alumni Honored with Distinguished Alumni Award
Caltech is recognizing five alumni with its highest honor, the Distinguished Alumni Award. This year, the recipients are Ray Feeney (BS '75, engineering), Alexis C. Livanos (BS '70, engineering, MS '73, engineering science, PhD '75, engineering science), William H. Press (MS '71, physics, PhD '73, physics),Arthur D. Riggs (PhD '66, biochemistry), and Warren G. Schlinger (BS '44, applied chemistry, MS '46, chemical engineering, PhD '49, chemical engineering). For details on their accomplishements, please click here.
Matthew Lew Receives Newport and Spectra-Physics Research Excellence Travel Award
Electrical engineering undergraduate student, Matthew Lew, has received the a Newport and Spectra-Physics Research Excellence Travel Award at the SPIE Photonics West Conference, held January 23, 2008 in San Jose. He won the award for his work on "Two-dimensional differential interference contrast microscopy based on four-hole variation of Young's interference" conducted in Changhuei Yang's Biophotonics Laboratory. This award is typically given to graduate students for outstanding research, Matthew Lew stands out in this year's batch of recipients as he is the only undergraduate to receive the prize.
Designing the 700 MHz Auction
The FCC's auction of the 700MHz spectrum, with reserve prices set at $10 billion, was designed by Caltech economics professor Jacob Goeree and economics professor Charles Holt from the University of Virginia. The system was tested and refined through a series of laboratory experiments in which more than 200 Caltech undergraduates participated over the course of two years. Currently, a few companies dominate the U.S. wireless market. This auction is the last chance for new entrants to create a national footprint. The 700 MHz frequency is particularly appealing for wireless - the signal can penetrate walls, and each tower broadcasting in this range can cover at least four times as many square miles as conventional cell-phone towers. [Caltech Press Release]