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Dr. Steve Lamoreaux
Los Alamos National Laboratory

The Casimir Force: Its History and an Experimental Demonstration

Abstract:
The mutual attraction of two uncharged closely spaced conducting surfaces has been described as one of the least intuitive consequences of quantum electrodynamics. This effect was predicted in 1949 by H.B.G. Casimir from his considerations of the modification of the electromagnetic mode structure in the gap between the conducting surfaces. I will described my experiment which remains one of the most precise tests of the theory, and the subsequent developments and recent (questionable) applications of zero point energy to perpetual motion, rocket propulsion, and time travel.

Prof. J. J. Collins
Boston University (Dept. of Biomedical Engineering)
Co-Director, Center for BioDynamics

Nonlinear DNAmics: Designer Gene Networks

Abstract:
Many fundamental cellular processes are governed by genetic programs which employ protein-DNA interactions in regulating function. Owing to recent technological advances, it is now possible to design synthetic gene regulatory networks, and the stage is set for the notion of engineered cellular control at the DNA level. Theoretically, the biochemistry of the feedback loops associated with protein-DNA interactions often leads to nonlinear equations, and the tools of nonlinear analysis become invaluable. In this talk, we describe how techniques from nonlinear dynamics and molecular biology can be utilized to model, design and construct synthetic gene regulatory networks. We present examples in which we integrate the development of a theoretical model with the construction of an experimental system. We also discuss the implications of synthetic gene regulatory networks for gene therapy, biotechnology, biocomputing and nanotechnology.

Prof. Tatsu Takeuchi
Virginia Polytechnic Institute & State University

Constraints on New Physics from Precision Electroweak Measurements - or - How to make the best use of what you already know

Abstract:
TBA

Prof. Jim Lukens
SUNY Stony Brook

Title:
SQUIDs--from Schrodinger's cat to quantum computers

Abstract:
Superconductors and, in particular, Josephson junctions connecting two superconductors, have proven to be very fruitful system both for making ultra-sensitive or fast devices and for the study of fundamental physics questions. I will discuss some of these experiments done at Stony Brook, including tests of quantum mechanics in the macroscopic world, e.g. the search for Schrodinger's cat.

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Karen Fox '91
National Association of Science Writers

Title: Odi et Amo: The sinusoidal relationship between Scientists and Journalists

Abstract:
Being a collection of personal tales from an Amherst alum covering the alternate reference frame of the high-energy world of academic science.

Dr. David Phillips
Harvard Center for Astrophysics

Title: Storage of Light in Atomic Vapor

Abstract:
We have recently performed an experiment in which we effectively decelerated and trapped a light pulse in a room temperature vapor of rubidium atoms, stored it for a controlled period of time, and then released the light pulse on demand. We accomplish this "storage of light" by reducing the group velocity of the light pulse to zero utilizing Electromagnetically Induced Transparency, which maps the light pulse into a spin coherence of the Rb vapor. Presently, we are working towards storing single photons utilizing these techniques. y

Dr. Berol Robinson
Association of Environmentalists for Nuclear Energy

Abstract:
The advantages of nuclear energy will be presented from an environmental and ecological point of view, and compared with fossil fuels (coal, oil and natural gas) as well as the renewable energies (wind and photovoltaic-PV). Conservation (improved efficiency) must be pursued as a major resource; and wind and PV have important roles to play, but not in our industrial economies. Nuclear energy will be shown to be clean, safe, secure and available in industrial quantities, with reserves estimated to last thousands of years. The program of the Association of Environmentalists For Nuclear Energy (EFN) will be outlined.