Condensed Matter - Globe Thesis

Keyword [Condensed Matter] Result: 41 - 60 \| Page: 3 of 4
41.	Computational Studies of Condensed Matter Systems: Manganese Vanadium Oxide and 2D attractive Hubbard model with spin-dependent disorder
42.	Indirect excitons in gallium arsenide coupled quantum wells: Development of optoelectronic logic devices and trapping potentials, and studies of low temperature phenomena in a bosonic condensed matter system
43.	Consequences of Non-Trivial Band Topology in Condensed Matter Systems
44.	Geometrical methods in soft condensed-matter physics
45.	Fidelity: A quantum information-theoretic approach to problems in condensed matter physics and quantum chaos
46.	Plasmon enhanced photoelectron spectroscopy and the generation of isolated attosecond XUV pulses for use with condensed matter targets
47.	Transport in nonlinear chains and across several condensed matter interfaces
48.	Numerical studies of manganite models
49.	Terahertz absorption in non-polar condensed matter systems
50.	Magnetism, superconductivity and their interaction in some condensed matter systems
51.	Coulomb correlations in equilibrium and nonequilibrium many-fermion systems
52.	Applications of effective field theory to condensed matter
53.	Neutron scattering study of the dynamic spin susceptibility in the bilayer cuprate superconductors
54.	Theoretical studies in condensed matter physics: A. Correlation energies and wavefunctions for two interacting electrons in a harmonic quantum dot. B. Equivalent Hamiltonian without effective-mass approximation
55.	Supersymmetric transformation approach to pseudopotentials in condensed matter physics and bosonic superconductivity in two dimensions
56.	Exploring condensed matter problems using optical lattices
57.	High-pressure states in condensed matter: I. High-pressure behavior of the iron-sulfur system with applications to the earth's core. II. Empirical equation of state for organic compounds at high pressure
58.	Physics of cooperative phenomena in condensed matter systems: Non linear dynamics of driven charge density waves; model studies of high temperature superconductivity
59.	Positron interactions in condensed matter
60.	Scaling in condensed matter physics: I. Finite-size effects in equilibrium critical phenomena. II. Dynamical growth of interfaces
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