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A History of Physics at Otterbein University, David G. Robertson Faculty Books
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Constraining Neutron Star Nuclear Equations of State Based on Observational Data, Alexander Clevinger Undergraduate Honors Thesis Projects
Long-Lived Scintillation Light from Cosmic Ray Muons in a LArTPC, Bradley Goff Undergraduate Honors Thesis Projects
A harmonic solution for two-dimensional adjoint QCD, Uwe Trittmann Physics Faculty Scholarship
Visualizing Quantum Dynamics, Tyler N. Thompson Undergraduate Honors Thesis Projects
Implementation And Characterization Of A Magneto-Optical Trap, Michael Anthony Highman Undergraduate Honors Thesis Projects
Using Precise Measurements of Muon g-2 to Constrain New Physics, Evan M. Heintz Undergraduate Honors Thesis Projects
Analysis of the Energy Spectrum of Michel Electrons In MicroBooNE, Philip Griffith Kellogg Undergraduate Honors Thesis Projects
Measuring the Hyperfine Splittings of Lowest Energy Atomic Transitions in Rubidium, Benjamin D. Graber Undergraduate Honors Thesis Projects
Higgs Boson Mass in the Standard Model at Two-Loop Order and Beyond, Steve P. Martin, David G. Robertson Physics Faculty Scholarship
The BES f0(1810): A New Glueball Candidate, Pedro Bicudo, S.R. Cotanch, Felipe J. Llanes-Estrada, David G. Robertson Physics Faculty Scholarship
TSIL: A Program for the Calculation of Two-Loop Self-Energy Integrals, Steve P. Martin, David G. Robertson Physics Faculty Scholarship
Renormalization Scale Invariant pQCD Predictions for R(e+ e-) and the Bjorken Sum Rule at Next-to-Leading Order, Michael Binger, Chueng-Ryong Ji, David G. Robertson Physics Faculty Scholarship
Towards Testing the Maldacena Conjecture With SDLCQ, Uwe Trittmann Physics Faculty Scholarship
On the bosonic spectrum of QCD (1+1) with SU(N) currents, Uwe Trittmann Physics Faculty Scholarship
Renormalized Effective QCD Hamiltonian: Gluonic Sector, David G. Robertson, E.S. Swanson, A.P. Szczepaniak, C.R. Ji, S.R. Cotanch Physics Faculty Scholarship
Renormalized Effective Hamiltonian Approach to QCD, David G. Robertson Physics Faculty Scholarship
Optimal Renormalization Scale and Scheme for Exclusive Processes, Stanley J. Brodsky, Chueng-Ryong Ji, Alex Pang, David G. Robertson Physics Faculty Scholarship
Vacuum Structure of Two-Dimensional Gauge Theories on the Light Front, Gary McCartor, David G. Robertson, Stephen S. Pinksy Physics Faculty Scholarship
Physical Coupling Schemes and QCD Exclusive Processes, David G. Robertson Physics Faculty Scholarship
θ Vacua in the Light-Cone Schwinger Model, Alex C. Kalloniatis, David G. Robertson Physics Faculty Scholarship
Light Front QCD in (1+1)-Dimensions Coupled to Chiral Adjoint Fermions, David G. Robertson, Stephen S. Pinksy Physics Faculty Scholarship
The Vacuum in Light Cone Field Theory, David G. Robertson Physics Faculty Scholarship
Light Cone Quantization and QCD Phenomenology, Stanley J. Brodsky, David G. Robertson Physics Faculty Scholarship
The Mandelstam-Leibbrandt Prescription in Light Cone Quantization Gauge Theories, Gary McCartor, David G. Robertson Physics Faculty Scholarship
On the Discretized Light Cone Quantization of Electrodynamics, Alex C. Kalloniatis, David G. Robertson Physics Faculty Scholarship
Light Front QCD and the Constituent Quark Model, Kenneth G. Wilson, David G. Robertson Physics Faculty Scholarship
Light Cone Quantization of Electrodynamics, David G. Robertson Physics Faculty Scholarship
Light Cone Quantization of Gauge Fields, Gary McCartor, David G. Robertson Physics Faculty Scholarship
On Spontaneous Symmetry Breaking in Discretized Light Cone Field Theory, David G. Robertson Physics Faculty Scholarship
Composite Operator Renormalization and the Trace Anomaly, David G. Robertson Physics Faculty Scholarship
Anomalous Dimensions of Anisotropic Gauge Theory Operators, David G. Robertson, Frank Wilczek Physics Faculty Scholarship
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