Quantum Computing in Solid State Systems

TITLE CONDITIONAL GATE OPERATION IN SUPERCONDUCTING CHARGE QUBITS COUPLING AND DEPHASING IN JOSEPHSON CHARGE-PHASE QUBIT WITH RADIO-FREQUENCY READOUT THE JOSEPHSON BIFFURCATION FOR QUANTUM MEASUREMENTS CURRENT-CONTROLLED COUPLING OF SUPERCONDUCTING CHARGE QUBIT DIRECT MEASURES OF TUNABLE JOSEPHSON PLASMA RESONANCE IN THE L-SET TIME DOMAIN ANALYSIS OF DYNAMICAL SWITCHING IN A JOSEPHSON JUNCTION COOPER PAIR TRANSISTOR IN A TUNABLE ENVIRONMENT PHASE SLIP PHENOMENA IN ULTRA-THIN SUPERCONDUCTING WIRES DYNAMICS OF A QUBIT COUPLED TO A HARMONIC OSCILLATOR JOSEPHSON JUNCTION MATERIALS RESEARCH USING PHASE QUBITS ENERGY LEVEL SPECTROSCOPY OF A BOUND VORTEX-ANTIVORTEX PAIR ADIABATIC QUANTUM COMPUTATION WITH FLUX QUBITS ANOMALOUS THERMAL ESCAPE IN JOSEPHSON SYSTEMS PERTURBATED BY MICROWAVES REALIZATION AND CHARACTERIZATION OF A SQUID FLUX QUBIT WITH A DIRECT READOUT SCHEME A CRITIQUE OF THE TWO LEVEL APROXIMATION JOSEPHSON JUNCTION QUBITS WITH SYMMETRIZED COUPLINGS TO A RESONANT LC BUS SPATIAL BOSE EINSTEIN CONDENSATION IN JOSEPHSON JUNCTION ARRAYS COOPER PAIR SHUTTLE: A JOSEPHSON QUANTUM KICKED ROTATOR SIZE DEPENDENCE OF THE SUPERCONDUCTOR INSULATOR TRANSITION IN JOSEPHSON JUNCTION ARRAYS MONTE CARLO METHOD FOR A SUPERCONDUCTING COOPER-PAIR-BOX CHARGE QUBIT MEASURED BY A SINGLE-ELECTRON TRANSISTOR ON THE CONVERSION OF ULTRACOLD FERMIONICATOMS TO BOSONIC MOLECULES VIA FESHBACH RESONANCES REVEALING ANISOTROPY IN A PAUL TRAP THROUGH BERRY PHASE DISTILLING ANGULAR MOMENTUM SCHRÖDINGER CATS IN TRAPPED IONS LINEAR-RESPONSE CONDUCTANCE OF THE NORMAL CONDUCTING SINGLE-ELECTRON-PUMP TRASMISSION EIGENVALUES’ STATISTICS FOR A QUANTUM POINT CONTACT SQUID RINGS AND ELECTROMAGNETIC FIELDS ENTANGLEMENTS BETWEEN ELECTROMAGNETICFIELD MODES VIA A MESOSCOPIC SQUID RING PHOTON-INDUCED ENTANGLEMENT OF DISTANT MESOSCOPIC SQUID RINGS TIME EVOLUTION OF TWO DISTANT SQUID RINGS IRRIDATED WITH ENTANGLED ELECTROMAGNETIC FIELD PHASE DIAGRAM OF DISSIPATIVE TWO-DIMENSIONAL JOSEPHSON JUNCTION ARRAYS PERSISTENT CURRENTS IN A SUOERCONDUCTOR/NORMAL LOOP JOSEPHSON JUNCTION LADDERS: A REALIZATION OF TOPOLOGICAL ORDER SINGLE-ELECTRON CHARGE QUBIT IN A DOUBLE QUANTUM DOT QUANTUM DOTS FOR SINGLE PHOTON AND PHOTON PAIR TECHNOLOGY SEMICONDUCTOR FEW-ELECTRON QUANTUM DOTS AS SPIN-QUBITS SPIN AMPLIFIER FOR SINGLE SPIN MEASUREMENT ENTANGLEMENT IN QUANTUM-CRITICAL SPIN DESIGNS CONTROL OF NUCLEAR SPINS BY QUANTUM HALL EDGE CHANNELS CLONING OF SINGLE PHOTON BY HIGH GAIN AMPLIFIER