Physics Department faculty conduct research which contributes to the creation of new knowledge based in the most basic laws that govern the behavior of nature. Their research programs involve undergraduate students and international opportunities for collaborations with academics, industry, and governmental organizations.

Modified from physics.calpoly.edu

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Submissions from 2001

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Above‐Threshold Ionization As a Probe of Multielectron Physics, L. D. Van Woerkom, M. J. Nando, M. A. Walker, et al.

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Instrument for the measurement of hysteresis loops of magnetotactic bacteria and other systems containing submicron magnetic particles, Hendrik de Waard, James Hilsinger, and Richard B. Frankel

Submissions from 1998

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Half-Cycle Pulse Assisted Electron-Ion Recombination, Thomas J. Bensky, M. B. Campbell, and Robert R. Jones

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Observation of Oscillations Between Degenerate Bound-state Configurations in Rapidly Autoionizing Two-electron Atoms, M. B. Campbell, Thomas J. Bensky, and Robert R. Jones

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Probing Electronic Radial Wave Packets Using Impulsive Momentum Retrieval, M. B. Campbell, Thomas J. Bensky, and Robert R. Jones

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Magnetic Microstructure of Magnetotactic Bacteria by Electron Holography, Rafal E. Dunin-Borkowski, Martha R. McCartney, Richard B. Frankel, et al.

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Biomineralization of Magnetic Iron Minerals in Bacteria, Richard B. Frankel, Dennis A. Bazylinski, and Dirk Schϋler

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Single Magnetic Domains in Magnetotactic Bacteria, Richard B. Frankel, Jin-Ping Zhang, and Dennis A. Bazylinski

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How Much Reliability and Yield is Enough for a CTBT?, David W. Hafemeister

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Review of The Future of U.S. Nuclear Weapons Policy, David W. Hafemeister