Spintronics and Core-to-Core Workshop 2017

March 20 - 22, 2017 @ Senri Hankyu Hotel

The purpose of this workshop is to report and discuss the recent results on Spintronics research
organized by Center for Spintronics Research Network (CSRN) in 2016FY and
on Computational Nano-Materials Design on Green Energy organized by JSPS Core-to-Core Program in 2016FY.

Based on the discussions, we will create the new concepts and proposals for the future collaborations, related to the computational materials design and realization of energy-saving, energy-creation materials, and devices, such as spintronics, permanent magnets, moltronics, quantronics, thermoelectric power, superconductivity and topotronics. Lastly, we will summarize the collaborative researches and propose a new proposal for the future collaborations.

Photo Gallery

Spintronics and Core-to-Core Workshop 2017 has been finished successfully.
Thank you very much for your participation!

MEETING INFORMATION

Lunch and refreshments

All the participants will get lunch boxes in lunchtime. Coffee, tea, and water will be served during breaks.

Official photo

Official photo will be taken during the reception, which will be held on Monday 20 March.

Presentation regulation

English is used in all the presentations. Speakers from abroad and introduction talks: 20 minutes (15 minutes for talk, 5 minutes for discussion). Domestic speakers: 15 minutes (10 minutes for talk, 5 minutes for discussion). However, the posters were described in Japanese.

Registration

The registration will be done at the workshop reception (from 1800), which will open at 17:30, Monday 20, March at Room Julin in Senri Hankyu Hotel.
Registration fee is free.

program

We have a workshop reception at 1800, Room Julin in Senri Hankyu Hotel on Monday 20, March.

Please download program (PDF:114kB) and abstract book (PDF:1.8MB).

Tuesday, 21 March

Opening

0850-0900

Hiroshi Katayama-Yoshida
Opening Address

Session I:　Introduction

Chair:

Hiroshi Katayama-Yoshida

0900-0920

Masaaki Tanaka (Univ of Tokyo, Japan)
Recent topics in semiconductor spintronics and ferromagnetic semiconductors

0920-0940

Eisuke Abe (Keio Univ, Japan)
Quantum control and magnetic field sensing using nitrogen-vacancy centers in diamond

0940-1000

Masafumi Shirai (Tohoku Univ, Japan)
Enhancement of voltage-controlled magnetic anisotropy by 5d transition-metal monolayer on ferromagnetic thin films

1000-1015

Break

Session II:　Methodology

Chair:

Hisazumi Akai

1015-1035

Danny Thonig (Uppsala Univ, Sweden)
First and higher order energy dissipation in atomistic magnetization dynamics

1035-1050

Tamio Oguchi (Osaka Univ, Japan)
Materials discovery for spintronics applications

1050-1105

Ikutaro Hamada (NIMS, Japan)
Verification and validation of GW calculations for solids

1105-1120

Takao Kotani (Tottori Univ, Japan)
Application of the QSGW method to power devices

1120-1135

Break

Session III:　Thermal properties

Chair:

Tatsuki Oda

1135-1150

Hiroshi Kohno (Nagoya Univ, Japan)
Microscopic approach to thermal spintronics theory

1150-1205

Takashi Kimura (Kyushu Univ, Japan)
Efficient thermal spin injection based on metallic hybrid nanostructures

1205-1220

Hiromi Yuasa (Kyushu Univ, Japan)
Enhancement of spin mixing conductance and spin Hall angle in spin Seebeck effect

1220-1235

Yoshio Miura (Kyoto Ins Tech, Japan)
A first-principles study on voltage dependence of interfacial magnetic properties

1235-1335

Lunch

Session IV:　Spin control 1

Chair:

Tetsuya Fukushima

1335-1355

Riccardo Mazzarello (Aachen Univ, Germany)
Ab initio simulations of phase-change materials

1355-1410

Tero Kanki (Osaka Univ, Japan)
Oxide Nano-Spintronics using Electronic Phase Transition

1410-1425

Kensuke Kobayashi (Osaka Univ, Japan)
Symmetry control in the Kondo effect

1425-1445

Alberta Bonanni (Johannes Kepler Univ, Austria)
Spin orbit coupling in nitride-based systems

1445-1500

Break

Session V:　Spin control 2

Chair:

Yoshio Miura

1500-1515

Norikazu Mizuochi (Kyoto Univ, Japan)
Control of spin coherence of NV center in diamond

1515-1530

Tatsuki Oda (Kanazawa Univ, Japan)
Magnetic interaction between the molecules attracting on week potential: approach along van der Waals density functional method

1530-1545

Hisazumi Akai (Univ of Tokyo, Japan)
Non-equilibrium KKR Green's function method and its applications

1545-1600

Teruo Ono (Kyoto Univ, Japan)
Dynamics of magnetic domain wall in ferrimagnets

1600-1615

Break

Session VI:　Transport

Chair:

Susumu Yanagisawa

1615-1635

Shigeru Tsukamoto (Juelich, Germany)
Electron transport based on real-space finite-difference formalism for molecular spintronics

1635-1650

Tomoya Ono (Univ of Tsukuba, Japan)
DFT study on carrier transport in devices

1650-1705

Kohei Hamaya (Osaka Univ, Japan)
Spin transport in n-Ge and p-Ge

1705-1720

Tatsuhiko Ohto (Osaka Univ, Japan)
Organic magnetoresitance (OMAR) studies by impedance spectroscopy

1720-1735

Tsuyoshi Kimura (Osaka Univ, Japan)
Recent topic of electromagnetic effect

1735-1750

Ryo Oshima (Kyoto Univ, Japan)
Spin transport via d-electrons at a LaAlO3/SrTiO3 interface

Wednesday, 22 March

Session VII:　Catalysis

Chair:

Ikutaro Hamada

0900-0920

Frank Abild-Pedersen (Stanford Univ, USA)
Efficient models for screening approaches in heterogeneous catalysis

0920-0935

Naotaka Uchitomi (Nagaoka Univ of Tech, Japan)
Room-temperature ferromagnetic behavior in (Zn,Sn,Mn)As2 thin films based on magnetic percolation model

0935-0950

Hidetoshi Kizaki (Osaka Univ, Japan)
First-principles investigation on the microscopic structures and their stability of Mn doped ZnSnAs2

0950-1005

Yuji Hamamoto (Osaka Univ, Japan)
Theoretical investigation on the catalytic activity of Pt clusters

1005-1020

Break

Session VIII:　Optical

Chair:

Hidetoshi Kizaki

1020-1040

Kee Joo Chang (KAIST, Korea)
Ab initio materials design by an inverse method based on conformational space annealing

1040-1055

Akira Oiwa (Osaka Univ, Japan)
Photon-spin Poincaré interface using a gate-defined quantum dots

1055-1110

Yasufumi Fujiwara (Osaka Univ, Japan)
Development of novel opts-spintronic functions in rare-earth doped semiconductors

1110-1125

Akira Masago (Osaka Univ, Japan)
Nanostructure in Eu-doped GaN

1125-1140

Break

Session IX:　DMS

Chair:

Kazunori Sato

1140-1200

Lars Bergqvist (KTH Royal Ins Tech, Sweden)
Longitudinal spin fluctuations in atomistic simulations of magnetic alloys and compounds

1200-1215

Masayuki Toyoda (Tokyo Ins Tech, Japan)
Electronic Structure and magnetism of Ba(TiO)Cu4(PO4)4

1215-1230

Shinji Kuroda (Univ of Tsukuba, Japan)
Synthesis and characterization of magnetic semiconductors based on II-VI and IV-VI compounds

1230-1245

Tetsuya Fukushima (Osaka Univ, Japan)
Materials Design of Magnetic Phase Change Materials by Order-N Screened KKR-Green Function Method

1245-1300

Hikari Shinya (Osaka Univ, Japan)
Magnetic mecahanism with nano-scale structure in Ge based DMS

1300-1400

Lunch

Session X:　Thin film 1

Chair:

Tamio Oguchi

1400-1420

Su-Huai Wei (Beijing Computational Science Research Center, China)
First-principle design of low dimensional materials for energy and spintronic applications

1420-1435

Hikaru Kawamura (Osaka Univ, Japan)
Frustration-induced spin textures

1435-1450

Tomoyasu Taniyama (Tokyo Ins Tech, Japan)
Control of magnetism in ordered FeRh

1450-1510

Al-Jassim Mowafak (NREL, USA)
Multi-scale characterization of polycrystalline thin film PV devices

1510-1525

Break

Session XI:　Thin film 2

Chair:

Takao Kotani

1525-1545

Biplab Sanyal (Uppsala Univ, Sweden)
Defects in 2D materials

1545-1605

Myung Joon Han (KAIST, Korea)
Magnetism and spin-lattice-orbital interplay in nickelate, titanate, ruthenate heterostructure and thin films: First-principles perspective

1605-1620

Kohji Nakamura (Mie Univ, Japan)
Materials design toward the next generation spintronics thin film based on the data-science

1620-1635

Yoshishige Suzuki (Osaka Univ, Japan)
Voltage control of magnetic anisotropy, DMI and exchange interaction in ultra thin ferromagnetic films

Closing

1635-1640

Organizer and committee

Hiroshi Katayama-Yoshida

Tetsuya Fukushima

Akira Masago

Hikari Shinya

Toshiko Yura

Yukimi Murata

Access

Venue

Senri Hankyu Hote
Shinsenri-Higashimachi 2-1, Toyonakashi, Osaka, Japan. (tel +81-6-6872-2211)
The workshop will be held at Room Julin (樹林), which is located on the second floor (2F) at East Building in Senri Hankyu Hotel.

The Senri Hankyu Hotel is located near the Osaka Monorail station of Senri-Chuo.
You will be able to come there using the Osaka Monorail line from Itami Airport or from Hankyu Hotarugaike station.
Persons arrived at Kansai airport will be able to come there using a shuttle bus from the airport to Hotarugaike.
Persons arrived at Shin-Osaka or Umeda Osaka Station will be able to come there using a Midousuji Line (subway)/Kita-Osaka Kyuko Line.

Google Map

COSPONSORS

International Joint Research Promotion Program（TypeＢ：Japan-Austria）

"Spinodal nano-technology for semiconductor spintronics: design and realization"

International Joint Research Promotion Program（TypeＢ：Japan-Sweden）

"Materials Design for Solving Energy and Environmental Issues"

Center for Spintronics Research Network
@Tohoku University

Center for Spintronics Research Network
@University of Tokyo

Center for Spintronics Research Network
@Keio University

Contact us

Center for Spintronics Research Network (CSRN)
Graduate School of Engineering Science, Osaka University

1-3 Machikaneyama-cho
Toyonaka, Osaka 560-8531, JAPAN

cern-administrative assistant
csrn-secretariat[@]aquarius.mp.es.osaka-u.ac.jp

+81-6-6850-6407