Mathematics – Classical Analysis and ODEs
Scientific paper
2010-11-16
Mathematics
Classical Analysis and ODEs
v2: Updated and revised text from preliminary report. v1:Preliminary Report from a Summer 2010 REU at the University of Connec
Scientific paper
We first review the spectrum of the Laplacian operator on a general Laakso Space before considering modified Hamiltonians for the infinite square well, parabola, and Coulomb potentials. Additionally, we compute the spectrum for the Laplacian and its multiplicities when certain regions of a Laakso space are compressed or stretched and calculate the Casimir force experienced by two uncharged conducting plates by imposing physically relevant boundary conditions and then analytically regularizing the result. Lastly, we derive a general formula for the spectral zeta function and its derivative for Laakso spaces with strict self-similar structure before listing explicit spectral values for cases of interest.
Kauffman Chritopher
Kesler Robert
Parshall Amanda
Stamey Evelyn
Steinhurst Benjamin
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