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You are viewing titles for UNIVERSITY OF FLORIDA in the Condensed matter physics available through the UMI Dissertations & Thesis Gradwoorks site
 
Conductances in the two-impurity Anderson model
 Thermal transport in nanostructured materials
 
Multiscale modeling of self-assembly in surfactant systems
 Analysis of irradiation induced defects on carbon nanostructures and their influences on nanomechanical and morphological properties using molecular dynamics simulation
 
Construction of an ultra low temperature cryostat and transverse acoustic spectroscopy in superfluid 3He in compressed aerogels
Electron transport near the Anderson transition
 
Phenomenology of supersolids
 Carbon nanotube and graphene device modeling and simulation
 
Application of liquid-liquid interactions with single-walled carbon nanotubes
 Computational studies of correlated electronic systems
 
From electronic structure of point defects to physical properties of complex materials using atomic-level simulations
 Random matrix ensembles with soft-confinement potential
 
Graphite-graphene semiconductor junctions and magneto-dielectric coupling in Schottky diodes
 Casimir force on nanostructured surfaces: Geometry and finite conductivity effects
 
Thermodynamic and transport properties of unconventional superconductors and multiferroics
 Dense quantized magneto-plasmas in high magnetic fields probed by ultrafast lasers
 
Size effects in phase separated manganite nanostructures
 Fluctuation phenomenon in a nonlinear microelectromechanical oscillator
 
Experiments on electron interaction and localization in disordered magnetic thin films
 Down conversion white organic light emitting diodes with microcavities
 
Development and application of reactive potentials for the atomistic simulation of material surfaces and interfaces
 Role of defects in the supersolid phenomena
 
Magnetoelectric effects in manganites
 Quantum magnetooscillations near classical and quantum phase transitions
 
Conventional and time-resolved spectroscopy of magnetic properties of superconducting thin films