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Filtering by: Committee Member Gire, Elizabeth Remove constraint Committee Member: Gire, Elizabeth Degree Level Bachelor's Remove constraint Degree Level: Bachelor's

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  • Numerical Simulation of a Thouless Pump

    Creator:
    Wall, Bryce
    Abstract:
    At the macroscopic scale, we have pumps that use the classical laws of physics to move liquids at a well defined rate. In the microscopic world, physicists are exploring pumps that make use of quantum mechanical behavior to build analogous pumps for quantum particles. The importance of such “quantum pumps”...
    Resource Type:
    Honors College Thesis
    Full Text:
    , representing Physics Vrushali Bokil, Committee Member, representing Mathematics Elizabeth Gire, Committee

  • Investigating polymer quantum mechanics : mathematical formulation, the particle on a ring, and time evolution

    Creator:
    Seibert, Basie S.
    Abstract:
    Loop quantum gravity is a theoretical framework which aims to quantize general relativity. One of the unique aspects of this theory is that it imposes a discrete structure on space-time. One toy model of loop quantum gravity is loop quantum cosmology, which maintains the idea of a discrete spatial structure...
    Resource Type:
    Honors College Thesis
    Full Text:
    Physics Liz Gire, Committee Member, representing Department of Physics Toni Doolen, Dean, Oregon State

  • Improving the Photostability and Recovery of Organic Semiconductors

    Creator:
    Tollefsen, Ryan J.
    Abstract:
    This work aims to broaden use of the organic semiconductor pentacene (Pn) by means of improving its oxidation and photodimerization stability. In particular, we study the photophysical properties of functionalized Pn derivatives with side groups R in amorphous thin film, referred to as Pn-R-F8 when fluorinated. Using the optics experiments...
    Resource Type:
    Honors College Thesis
    Full Text:
    , representing the Department of Physics Elizabeth Gire, Committee Member, representing the Department of

  • Consistent Histories Formulation of the Double-Slit Experiment

    Creator:
    Bauml, Benjamin N.
    Abstract:
    The standard interpretation of quantum mechanics (known as the Copenhagen interpretation) divides the world into quantum phenomena and classical observers that perform measurements upon the phenomena. This provides a quite functional framework for calculating probabilities of measurement outcomes, but it lacks the generality necessary for such things as retrodiction, and...
    Resource Type:
    Honors College Thesis
    Full Text:
    April 2020. APPROVED: David A. Craig, Mentor, representing Physics Elizabeth Gire, Committee Member

  • The Role of Formulas in Students' Solution Strategies in regard to Combinatorics

    Creator:
    Gordon, Cheyenne M.
    Abstract:
    There are many reasons toward why students withhold such negative mindsets toward the subject of mathematics. This thesis builds upon previously conducted research concerning affect and confidence in mathematical problem solving, confidence that students exhibit about themselves, and combinatorial thinking and activity.
    Resource Type:
    Honors College Thesis
    Full Text:
    _____________________________________________________________________ Elizabeth Gire, Committee Member, representing Physics Education

  • Using Divertor Strike Point Splitting to Understand Plasma Response and its Sensitivity Equilibrium Uncertainty

    Creator:
    Teklu, Abraham M.
    Abstract:
    Soon the largest fusion project in the world, ITER, will attempt to produce more fusion power than required to sustain the fusion reaction, this is known as ignition. The tokamak (a toroidal fusion device) being built in France will be running at such high temperatures that heat distribution is a...
    Resource Type:
    Honors College Thesis
    Full Text:
    , representing Physics Matthew Graham, Committee Member, representing Physics Elizabeth Gire, Committee Member