Junior and senior physics majors attend our biweekly colloquium series, held on Tuesday afternoons at 4:30 pm in Shanahan B460. The talks are open to all students and to the public, and are frequently attended by scientists from the other Claremont Colleges, Cal Poly Pomona, and others. The series features speakers from a broad range of institutions and fields of physics.
HMC Physics Colloquium shot
Dec. 7, 2004 Jonathan L. Feng, University of California at Irvine
Black Holes and Extra Dimensions
Of the four known forces -- gravity, electromagnetism, and the weak and strong forces -- gravity is by far the weakest. The weakness of gravity may not be an intrinsic property, however, but may result from the dilution of gravity in extra spatial dimensions. Diverse experiments, ranging from tabletop probes of Newtonian gravity to km-scale cosmic ray detectors, are now ...
Nov. 23, 2004 Kenneth N. Barish, University of California at Riverside
Heating up the Vacuum: a New Spin on QCD at RHIC
Why are the proton’s constituents confined? Where does its mass come from? What makes up its spin? The theory of the strong force, QCD, has proven strikingly successful (e.g. this year’s Nobel Prize), however, so far it cannot be used to understand these fundamental questions. We have begun an experimental program at Brookhaven National Laboratory utilizing the Relativistic Heavy Ion ...
Nov. 2, 2004 Eric Fullerton (’84), San Jose Research Center of Hitachi Global Storage Technologies
Bits of the Future: Magnetic Recording Beyond the Superparamagnetic Limit
Storage densities of magnetic recording systems are currently doubling every year in both laboratory demonstrations and hard disk drive products. Increasing the storage density has mainly been achieved by scaling the head and media parameters to smaller dimensions. However, as many of the critical dimensions approach the nanometer scale, a variety of physical phenomena are predicted to limit the capacity ...
Oct. 12, 2004 Carlton M. Caves, University of New Mexico
Quantum Computation: Why, What, and How
The traditional view of quantum mechanics as restricting what can be done classically has been turned upside down by quantum information science, which explores how coherent quantum-mechanical information processing can be used to accomplish tasks that would be impossible in a classical world. Implementing quantum information processing protocols promises to be one of the enduring scientific and technological challenges of ...
Sept. 21, 2004 Gregory Lyzenga, Harvey Mudd College
Earthquake Prediction: Physics or Phantasy?
Sept. 7, 2004 12 Senior and Junior Physics Majors, Harvey Mudd College
What I Did on My Summer Vacation: Off-campus summer research experiences
Reports from Los Alamos, UCLA, SLAC, Caltech, Chicago, Oregon, Syracuse, Maine and Harvard Smithsonian CFA
April 20, 2004 Shamit Kachru, Stanford University
Cosmology on the String Theory Landscape
March 23, 2004 Patricia Burchat, Stanford University
Physics at the B Factories: Progress and Prospects
March 2, 2004 Everett Lipman, University of California at Santa Barbara
How an Experimental Physicist Can Observe Individual Biological Molecules
Feb. 17, 2004 James Larkin, University of California at Los Angeles
Observing Galaxy Evolution at the Keck Telescope
Feb. 3, 2004 Peter Collings, Swarthmore College
Ferroelectricity in Liquid Crystals and the Next Generation of Liquid Crystal Displays
Jan. 20, 2004 Peter Saulson, Syracuse University
Searching for Gravitational Waves: Fulfilling Einstein’s Vision
Dec. 2, 2003 Clare Yu, University of California at Irvine
Vortex Lattice Melting in the High Temperature Superconductors
Nov. 11, 2003 Steve Barwick, University of California at Irvine
The Search for Astrophysical Neutrinos at the Energy Frontier
Oct. 28, 2003 E. Dan Dahlberg, University of Minnesota
Magnetism at the Nanoscale