Yoshihiko Nonomura

Effects of Point Defects on the Phase Diagram of Vortex States in High-Tc Superconductors in the B || c Axis

The phase diagram for the vortex states of high-

Monte Carlo Simulation

{T}_{\mathrm{c}}

Stationary phase-kink states and dynamical phase transitions controlled by surface impedance in terahertz wave emission from intrinsic Josephson junctions

superconductors with point defects in the

Energy landscape and shear modulus of interlayer Josephson vortex systems

\stackrel{\ensuremath{\rightarrow}}{B}\ensuremath{\parallel}c

FLUX-LINE ENTANGLEMENT AS THE MECHANISM OF MELTING TRANSITION IN HIGH-TEMPERATURE SUPERCONDUCTORS IN A MAGNETIC FIELD

axis is drawn by large-scale Monte Carlo simulations. The vortex slush (VS) phase is found between the vortex glass (VG) and vortex liquid (VL) phases. The first-order transition between this novel normal phase and the VL phase is characterized by a sharp jump of the density of dislocations. The first-order transition between the Bragg glass (BG) and VG or VS phases is also clarified. These two transitions are compared with the melting transition between the BG and VL phases.

Terahertz wave emission from a long intrinsic Josephson junction: numerical study on effect of in-plane fields in an experimental scale

In the general overview on materials and their characteristics, outlined in Sect. 1.3, it has been stated that materials and their characteristics result from the processing of matter. Thus, condensed matter physics is one of the fundamentals for the understanding of materials. The Monte Carlo Method, which is a powerful method in this respect, is presented in this final chapter of the Handbookʼs Part E on Modelling and Simulation Methods as follows:

GROUND STATE OF INTERLAYER JOSEPHSON VORTEX SYSTEMS BASED ON THE LAWRENCE–DONIACH MODEL

As possible states to characterize THz wave emission from intrinsic Josephson junctions without external fields, the McCumber-like state and

Nonequilibrium behaviors of the three-dimensional Heisenberg model in the Swendsen-Wang algorithm.

\ensuremath{\pi}

Numerical study on vortex states in three dimensions with point pins : Effect of a single twin plane

-phase-kink state have been proposed. In the present Rapid Communication it is numerically shown that both states are stationary according to the bias current

Bragg–Bose Glass Phase in Vortex States of High-Tc Superconductors with Sparse Columnar Defects

J