Takahiro Shimada

教授 / Professor

Kyoto University

Japan

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Professor Takahiro Shimada is a faculty member at Kyoto University in Japan. His research interests encompass various areas including thermoelectric conductivity, polar skyrmion lattices, and the optical properties of two-dimensional materials. Recent articles co-authored by Professor Shimada explore advanced topics such as the microscopic formation processes of polar skyrmions and the impact of strain on the properties of ferroelectric materials.

Articles (30)

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Collaborators (4)

Mitsuaki Kawamura

lecturer

Tokyo Daigaku

JAPAN

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Susumu Minami

Assistant Professor

Kyoto University

JAPAN

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Hiroyuki Hirakata

教授 / Professor

Kyoto University

JAPAN

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Mingda Li

Assistant Professor

Massachusetts Institute of Technology

UNITED STATES

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Takahiro Shimada

Research Interests

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About

Articles (30)

Giant transverse thermoelectric conductivity in L12-type Fe3Ga: A first-principles study

Grain boundary stabilization in polar skyrmion lattices via quasiparticle-based mechanism

Microscopic formation process of polar skyrmions and strain-dependent topological phase transitions in PbTiO3/SrTiO3 superlattices

Quantum electronic strengthening of covalent semiconductor materials by excess electron/hole doping

Topological electronic structure and transport properties of the distorted rutile-type WO2

Enhanced piezoelectric response in two-dimensional layered ferroelectric α-In2Se3 via indentation-induced shear strain

Strain effect on optical properties and quantum weight of monolayer MnBi2X4 (X = Te, Se, S)

Stability of polarization vortices in PbTiO3/SrTiO3 superlattices under fracture

Giant Shear-vertical Wave Bandgaps Induced by Diffuse Domain-walls in Ferroelectrics

The magnetic ordering investigation in the double perovskite Bi2FeB′O6

Superelastic electromechanical behaviors in ferroelectric PbTiO3 ceramics under coupled mechanical-electric fields: Higher-order piezoelectric constitutive equations from first-principles

Ab initio study of electron-doping effect on shear strength of covalent Si: Insight into electronic brittle-ductile transition

Nodal line induced large transverse thermoelectric response in the D03 -type Heusler compound Fe3Si

Spontaneous Atomic-Scale Polar Skyrmions and Merons on a SrTiO3 (001) Surface: Defect Engineering for Emerging Topological Orders

Stability and deformation of a vacancy defect in skyrmion crystal under external magnetic and temperature fields

Phase-field analysis for brittle fracture in ferroelectric materials with flexoelectric effect

Shear localization-induced amorphization in nanocrystals during high strain rate deformation

Low-field energy storage enhancement in ferroelectric/paraelectric PbTiO3/SrTiO3 nanocomposites near antiferroelectric–ferroelectric transition region

Singular stress field induced two-dimensional topological polar structures in SrTiO3: Topological number manipulation via loading modes

Discovery of Ultrasmall Polar Merons and Rich Topological Phase Transitions: Defects Make 2D Lead Chalcogenides Flexible Topological Materials

Efficient phase-field simulation for linear superelastic NiTi alloys under temperature gradients

Ultrasmall Polar Skyrmions and Merons in SrTiO<sub>3</sub> Heterostructures by Polaron Engineering

Thermal dissipation induced by fast-moving edge dislocations

Dynamic precursor effect: Magnitude-fluctuated coherent spin waves emitted by skyrmions

Formation and switching of chiral magnetic field textures in three-dimensional gyroid nanostructures

Intrinsic ferroelectrics and carrier doping-induced metallic multiferroics in an atomic wire

Effects of excess electrons/holes on fracture toughness of single-crystal Si

High fracture toughness in van der Waals-layered MoTe2: Disappearance of stress singularity

Bending deformation and self-restoration of submicron-sized graphite cantilevers

Exponential Temperature Effects on Skyrmion-Skyrmion Interaction

Collaborators (4)

Mitsuaki Kawamura

Susumu Minami

Hiroyuki Hirakata

Mingda Li

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