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One of the biggest roadblocks currently in the way of large scale quantum computation is the limited relaxation times of the current state of the art quantum computers. This limitation is due to the use of superconducting qubits, which...
This dissertation explores several aspects of microwave spectroscopy of two-dimensional electron systems (2DES), motivated by the microwave signatures of Wigner crystal phases that can exist in these systems. The spectroscopy is carried...
This dissertation presents a series of electron paramagnetic resonance investigations on molecule-based magnetic materials. We begin with an introduction to the field of Single-Molecules magnets in the Ch. 1 introduction. In Ch. 2 we...
The discovery of graphene marked a turning point in research and interest towards 2 -D materials. Among them, Transition Metal Dichalcogenides (TMDs) and Metal Monochalcogenides (MM) have seen an upturn in interest owing to their...
This work reports on the first efforts at FSU's John D. Fox Accelerator Laboratory to study the nuclear structure of states embedded in the continuum through particle-unbound angular correlations. As part of this work, two principle...
In this dissertation we explore three topics: 1) the extraction of the proton radius from electron scattering data; 2) the reconstruction of neutron distributions in nuclei from parity violating experiments; and 3) the propagation of...
The properties of quantum spins diluted in non-magnetic crystals make them a promising candidatefor a quantum memory given their long coherence and relaxation times and their limited Hilbert space span by the electron and nuclear states...
The Big-Bang theory is the most widely accepted description of the origin of the Universe, creating elementary particles and synthesizing light nuclei up to mass-7 within the first few minutes of the Big-Bang. Its parameters have been...
This thesis describes the relevant background, process, and results of two measurements of the cyclotron frequency ratio (CFR) of H2+/D+ as measured using a hyperbolic Penning trap, to determine the deuteron-to-proton mass ratio m(d)/m(p...
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