Prof. W. L. Valentine

James W. Valentine

Jim Valentine went to college on the GI Bill (a WWII veterans privilege) and has been there ever since; at present he is Professor of Integrative Biology, Emeritus, at UC Berkeley. His early research was on what is now called macroecology, working with fossil marine faunas, leading to a book, Evolutionary Paleoecology of the Marine Biosphere. Those studies continue today, chiefly with colleague...

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N ov 1 99 2 Multiple W L Production From Inelastic W L W L Scattering At √ ŝ ≫

We explore the inelastic production of multiple longitudinal weak bosons as a manifestation of a strongly interacting symmetry breaking sector. By analogy with QCD, final states with large multiplicities are expected to occur not far above the energy scale of the lowest resonances of the underlying strong theory. We consider the feasibility of observing such phenomena in the environment of a ve...

Normalized Aspect Ratio (W/L)

1 PROBLEM 1 Based on [1], design equations for a saturated MOSFET using ACM model are given by: f D m T i I ng    1 1 2  (1) S D f I I i  (2) L W nC I T ox S. 2 2    (3)   1 1 2. 2 2    f T T i L f   (4)   4 1 1) (    f T SAT DS i V  (5) 1 1 1.    f T ox m i C g L W   (6) According to these equations, (W/L), f T , and power consumption can be plotted as a function of...

T L  C S C W S?

Sets play a key role in foundations of mathematics. Why? To what extent is it an accident of history? Imagine that you have a chance to talk to mathematicians from a far away planet. Would their mathematics be setbased? What are the alternatives to the set-theoretic foundation of mathematics? Besides, set theory seems to play a significant role in computer science, in particular in database the...