|
Date |
Speaker |
Title |
| 288 |
2025.10.20 |
Dr. Yimeng Chen
Eurofins Nanolab Technologies |
Enabling Insightful Analysis for Electronic Applications Using Correlative TEM/APT A Showcase of Analytical Capabilities at EAG Laboratories |
| 287 |
2025.10.10 |
Prof. Asuka Namai
The University of Tokyo |
Development of functional metal oxides: Hard magnetic ferrites based on ε-iron oxide and heat-storage ceramics based on λ-titanium oxide |
| 286 |
2025.10.3 |
Prof. Daniel Salazar
BCMaterials, Basque Center on Materials, Applications and Nanostructures, Spain |
Green Magnetism: Sustainable Solutions for Energy Applications |
| 285 |
2025.8.6 |
Dr. Konstantin Skokov
Technical University of Darmstadt, Germany |
Functional Magnetism: Exploring the Frontiers of Permanent Magnets and Magnetocaloric Materials |
| 284 |
2025.8.5 |
Dr. Varaprasad Bollapragada
Western Digital Corporation |
Effect of MgTiO/ Pt-BN/ MgTiO underlayer on FePt-X grain size and distributions |
| 283 |
2025.7.22 |
Dr. Yichun Fan
Seagate Technology |
Review of HDD-HAMR on recording head architectures, recording physics, and materials challenges |
| 282 |
2025.7.7 |
Dr. Jyoti Ranjan Mohanty
IIT Hyderabad |
Control and manipulation of magnetic anisotropy in ferrimagnetic system for possible application |
| 281 |
2025.6.13 |
Dr. Nicolás Pérez
Tokyo University of Science |
Thermoelectric transport in Bi2Se3-Fe3O4 nanocomposites |
| 280 |
2025.6.12 |
Prof. Kazuya ANDO |
Orbitronics: Harnessing Orbital Currents in Solids |
| 279 |
2025.5.28 |
Prof. Satoshi Iihama
Nagoya University |
Quantitative measurement of photonic spin torque in ferromagnetic thin films |
| 278 |
2025.5.22 |
Dr. Takahiro Yamazaki
Tokyo University of Science |
Machine Learning-Assisted Synchrotron X-ray Analysis of Heusler Alloys |
| 277 |
2025.4.25 |
Prof. Stephane Mangin
Université de Lorraine, CNRS, France |
ULTRA-FAST ALL OPTICAL SWITCHING IN SPINTRONIC DEVICES |
| 276 |
2025.4.18 |
Dr. Goran Mihajlović
Senior Technologist, Western Digital Corporation |
Physics and characterization of perpendicular STT MRAM cells |
| 275 |
2025.3.19 |
Prof. Jun HIROTANI
Kyoto University |
Nano/microscale thermal conductivity measurement based on periodic heating methods |
| 274 |
2024.12.11 |
Dr. Yosuke Goto
National Institute of Advanced Industrial Science and Technology (AIST) |
Axis-dependent conduction polarity of Mg3Sb2 and Mg3Bi2 for transverse thermoelectric devices |
| 273 |
2024.12.11 |
Dr. Yoshiki Sato
Saitama University |
Large transverse thermoelectric conversion based on the mixed-dimensionality of Fermi surfaces |
| 272 |
2024.11.18 |
Prof. Marcelo Knobel
University of Campinas, Brazil |
Connections between Science and Society |
| 271 |
2024.11.15 |
Dr. Nora M. Dempsey
Institut NEEL, CNRS, Grenoble, France |
Thin film combinatorial studies of hard magnetic materials |
| 270 |
2024.10.30 |
Dr. Koji Hisayuki
Resonac Corporation |
熱マネジメントに関わる各種材料開発のご紹介 |
| 269 |
2024.10.30 |
M. Kohlmann
University of Greifswald, Germany |
Bias field and wavelength studies on the AOHDS efficiency |
| 268 |
2024.10.3 |
Prof. S. N. (Prem) Piramanayagam
Nanyang Technological University, Singapore |
Brain-Inspired Computing Using Magnetic Domain Wall Devices
(IEEE Magnetics Society Distinguished Lecture) |
| 267 |
2024.9.25 |
Dr. Keita Nomoto
The University of Sydney, Australia |
Unveiling microstructure-property relationships in functional and structural materials by TEM and 3DAP |
| 266 |
2024.4.30 |
Dr. Shunsuke Mori
Tohoku University |
Polymorphic changes with electrical and optical switching in MnTe semiconductor films |
| 265 |
2024.3.21 |
Prof. Ilya Okulov
Leibniz-IWT Bremen, Germany |
Synthesis of functional materials by laser powder bed fusion and liquid metal dealloying |
| 264 |
2024.3.1 |
Dr. Thi Phuong Thao NguyenDr. Kunihiko Yamauchi
Osaka University |
Magnetic Stability in Monolayer Transition-Metal DihalidesMagnetic Stability in Monolayer Transition-Metal Dihalides |
| 263 |
2024.1.30 |
Prof. Kohei Hamaya
Osaka University |
Germanium spintronics with Co2-Heusler alloys |
| 262 |
2023.12.27 |
Prof. Hari Srikanth
University of South Florida |
Turning on the heat with spins and their transport across interfaces in heterostructures |
| 261 |
2023.12.18 |
Prof. Hongbin Zhang
Technical University of Darmstadt |
Inverse Design of Functional Materials |
| 260 |
2023.11.27 |
Dr. Daiki Hatanaka
NTT Basic Research Laboratories |
Spatial and dynamical phonon controls with ultrahigh-frequency phononic crystals |
| 259 |
2023.10.10 |
Prof. Anna Kosogor
Institute of Magnetism NASU and MESU, Ukraine |
Landau-type theory for description of MCE for the solids exhibiting magnetic and magnetostructural phase transitions |
| 258 |
2023.7.10 |
Prof. Yoichiro Tanaka
Tohoku University |
Magnetic data storage technology; from the invention of perpendicular magnetic recording (PMR) to the social intergration |
| 257 |
2023.6.30 |
Prof. J. Ping Liu
University of Texas at Arlington |
Magnetic Hardening in Low-Dimensional Ferromagnets |
| 256 |
2023.6.16 |
Prof. Shun Fujieda
Osaka University |
Development of energy conversion magnetic materials using interaction between magnetism and heat or elasticity |
| 255 |
2023.6.8 |
Prof. Mathias Kläui
Johannes Gutenberg University Mainz |
Skyrmions in Spin-Orbitronics and Orbitronics – novel science and applications in memory & non-conventional computing |
| 254 |
2023.5.10 |
Prof. Subhankar Bedanta
National Institute of Science Education and Research (NISER) |
Exchange bias properties and spin to charge conversion in different ferromagnetic and antiferromagnetic systems |
| 253 |
2023.2.1 |
Dr. Yoji Kunihashi
NTT Basic Research Laboratories |
Elucidation of spin dynamics and quantitative estimation of spin-orbit interaction in semiconductors by magneto-optic imaging |
| 252 |
2022.9.27 |
Prof. Yoshinao Kobayashi
Tokyo Institute of Technology |
Thermodynamics of Oxygen in Rare Earth Magnet |
| 251 |
2022.7.7 |
Prof. Dr. Wulf Wulfhekel
Karlsruhe Institute of Technology |
Skyrmions and their annihilation in Co/Ru and Fe3GeTe2 |
| 250 |
2022.6.22 |
Dr. Jan-Ulrich Thiele
Seagate Technology |
Heat Assisted Magnetic Recording – the long journey from basic research to full scale product ramp |
| 249 |
2022.5.11 |
Dr. Stephanie Hernandez
Seagate Research |
Advanced Heat Assisted Magnetic Recording |
| 248 |
2019.10.4 |
Prof. Lambert Alff
Technische Universität Darmstadt |
Exchange-coupled thin film model systems |
| 247 |
2019.8.29 |
Prof. Pallavi Dhagat
Oregon State Univ. |
Manipulating Spin with Acoustic Waves |
| 246 |
2019.7.30 |
Dr. Dazhi Hou
Tohoku University |
Spin transport in antiferromagnetic insulators: progress and challenges |
| 245 |
2019.5.13 |
Dr. Victorino Franco
University of Seville, Seville, Spain |
Magnetocaloric Effect: From Energy Efficient Refrigeration to Fundamental Studies of Phase Transitions |
| 244 |
2019.5.9 |
Prof. Gerrit E.W. Bauer
Tohoku University |
Spintronics with magnetic insulators |
| 243 |
2019.5.7 |
Dr. Vitaliy Lomakin
University of California |
Advanced micromagnetic modeling of nanostructured materials and devices |
| 242 |
2019.3.8 |
Dr. Justin M. Shaw
National Institute of Standards and Technology, USA |
Broadband Ferromagnetic Resonance Spectroscopy: The "Swiss Army Knife" for Understanding Spin-Orbit Phenomena |
| 241 |
2019.3.7 |
Prof. Hyunsoo Yang
National University of Singapore |
Spin-Orbit Technologies: From Magnetic Memory to Terahertz Generation |
| 240 |
2018.11.12 |
Dr. Christopher E. Patrick
University of Warwick, UK |
Using first-principles calculations to investigate rare-earth/transition-metal interactions in hard magnetic materials: transition metal substitution and temperature-dependent magnetic anisotropy |
| 239 |
2018.10.17 |
Dr. Daniel Worledge
IBM Almaden Research Center
Prof. Jimmy Zhu
Carnegie Mellon University
Dr. Jan-Ulrich Thiele
Seagate Technology |
Low Switching Current Spin-Transfer-Torque MRAM
Field Free Perpendicular Magnetization Switching by Spin Hall Current: Experiments and Modeling
Heat Assisted Magnetic Recording’s Extensibility to High Linear and Areal Density |
| 238 |
2018.5.16 |
Dr. Mikihiko Oogane
Department of Applied Physics, Tohoku University |
Super-sensitive magnetic tunnel junction based sensor devices |
| 237 |
2018.4.9 |
Prof. Mathias Kläui
Johannes Gutenberg-Universität Mainz, Mainz, Germany |
Topological Spin Dynamics for GreenIT |
| 236 |
2018.2.19 |
Prof. W. J. Park
Hanyang University |
MTJ beyond memory element – from logic to neuromorphic computing |
| 235 |
2017.9.25 |
Dr. Jacob Torrejon
CNRS/Thales, Univ. Paris-Sud & Paris-Saclay, France |
Brain-inspired computing with spin torque nano-oscillators |
| 234 |
2017.8.8 |
Dr. Thibaut Devolder
CNRS and Université Paris-Sud |
Nanoscale magnetic vortex oscillators |
| 233 |
2017.7.31 |
Prof. Eric E. Fullerton
University of California |
Materials optimization to form skyrmions and skyrmion lattices |
| 232 |
2017.7.28 |
Dr. L. Rigutti
Université de Rouen, France |
An optical spectroscopy insight into open problems in Laser-assisted Atom Probe Tomography of semiconductors |
| 231 |
2017.7.26 |
Prof. Dieter Suess
University of Vienna |
Low noise magnetic field sensors using topological protected vortex states |
| 230 |
2017.3.28 |
Prof. Akio Kimura
Hiroshima University |
Spin resolved photoelectron spectroscopy as a tool for unmasking electronic states of spintoronic materials |
| 229 |
2017.2.6 |
Dr. Bernard Dieny
SPINTEC, Grenoble, France |
Modelling CPP GMR under homogeneous and inhomogeneous current |
| 228 |
2016.12.14 |
Prof. Jian-Gang Zhu
Carnegie Mellon University |
Microwave Assisted Magnetic Recording and Dual Side Spin Torque Oscillator |
| 227 |
2016.11.28 |
Dr. Ryo Iguchi
Institute for Materials Research, Tohoku University |
Microwave-induced magnetization dynamics and spin current |
| 226 |
2016.11.11 |
Mr. Hitoshi Iwasaki
Corporate R&D Center, Toshiba Corporation. |
超高感度磁気センサー技術の研究開発動向 (Given in Japanese) |
| 225 |
2016.11.9 |
Dr. David J. Larson
CAMECA Instruments, Inc. |
Topics in Atom Probe Tomography |
| 224 |
2016.9.28 |
Mr. Kiwamu Kudo
Corporate R&D Center, Toshiba Corporation. |
Interaction dynamics of a spin-torque oscillator and adjacent nanomagnets: controlling frequency stability and magnetization switching |
| 223 |
2016.9.27 |
Prof. Pedram Khalili
University of California and Inston Inc. |
Electric-field-controlled MRAM: Introduction and Recent Progress |
| 222 |
2016.9.21 |
Prof. T. Satoh
Kyushu University |
Opto-Magnonics: Spin-Wave Manipulation by Light Pulses |
| 221 |
2016.7.13 |
Dr. Giselher Herzer
Vacuumschmelze GmbH& Co. KG, D-63450 Hanau, Germany |
Creep induced anisotropy in Fe- base nanocrystalline alloys. |
| 220 |
2016.7.12 |
Dr. Claas Abert
Technical University of Vienna |
Spintronics in micromagnetism |
| 219 |
2016.7.11 |
Prof. Josep Fontcuberta
Institut de Ciència de Materials de Barcelona, Spain. |
The Magnetism of Oxides
(2016 IEEE Magnetics Society Distinguished Lecture) |
| 218 |
2016.6.17 |
Prof. Ken-ichi Uchida
Institute for Materials Research, Tohoku University |
Thermo-spin effects in magnetic insulators |
| 217 |
2016.5.25 |
Dr. S. Iihama
The National Institute of Advanced Industrial Science and Technology (AIST) |
Investigation of ultrafast magnetization dynamics for L10-FePd thin films by means of all-optical pump-probe technique |
| 216 |
2016.4.4 |
Dr. Yusuke Hashimoto
Tohoku University |
Ultrafast time-resolved magneto-otical imaging of all-optical switching of magnetization and propagation dynamics of optically-excited spin waves |
| 215 |
2016.2.26 |
Prof. J. M. D. Coey
School of Physics, Trinity College |
Surface magnetism of strontium titanate |
| 214 |
2016.2.25 |
Dr. Nora Dempsey
Institut Néel, CNRS & Université Grenoble Alpes |
Preparation and characterization of hard magnetic films(Co-sponsored by Nanotech Career-up Alliance (CUPAL) and ESICMM) |
| 213 |
2016.1.21 |
Dr. Shinji Isogami
Fukushima National College of Technology |
Spintronics using Fe4N thin films with negative spin polarization |
| 212 |
2015.12.9 |
Prof. Bethanie Stadler
ECE Department, University of Minnesota |
Magnetic Nanowires: Revolutionizing Hard Drives, RAM, and Cancer Treatment (2015 IEEE Magnetics Society Distinguished Lecture) |
| 211 |
2015.11.5 |
Prof. Guenter Reiss
Bielefeld University, Department of Physics,
Center for Spinelectronic Materials and Devices |
Spin dependent transport in magnetic nanostructures |
| 210 |
2015.10.30 |
Prof. Shin Saito
Tohoku University |
Media material characterization by Ferromagnetic resonance with cavity method |
| 209 |
2015.10.20 |
Dr. Dieter Suess
Christian Doppler Laboratory, TU Wien. |
Self consistent solution of micromagnetic and spin diffusion model for spintronic devices |
| 208 |
2015.9.2 |
Dr. Zsolt Gercsi
CRANN and School of Physics
Trinity College Dublin. |
Characterization of thermomagnetic effects in thin films |
| 207 |
2015.7.16 |
Dr. Hermann A. Durr
Stanford Institute for Energy and Materials Sciences,
SLAC National Accelerator Laboratory, USA. |
Imaging the Ultrafast Spin-Lattice Motion During Ultrafast All-Optical Switching of Ferromagnets |
| 206 |
2015.6.24 |
Dr. H. Suto
Corporate Research & Development Center, Toshiba Corporation |
Resonance readout of magnetization direction using a spin-torque oscillator and its application to three-dimensional magnetic recording |
| 205 |
2015.6.12 |
Prof. Takeshi Seki
Institute for Materials Research, Tohoku University |
Spin torque oscillators using Co-based Heusler alloys |
| 204 |
2015.4.9 |
Dr. Keith McKenna
University of York |
Understanding defects in metal-oxide materials |
| 203 |
2015.2.25 |
Prof. Young Keun KIM
Korea University, Seoul, Korea |
Magnetic and magnetotransport properties of 1-D magnetic nanochains |
| 202 |
2015.1.7 |
Prof. Thomas Schrefl
Center for Integrated Sensor Systems, Danube University Krems, Austria |
Micromagnetic optimization of recording systems |
| 201 |
2014.12.9 |
Dr. V. Jacques
Laboratoire Aime Cotton, CNRS, Uni. Paris-Sud and ENS Cachan, Orsay, France |
Imaging magnetism at the nanoscale with a single spin microscope |
| 200 |
2014.11.28 |
Dr. Tomoya Nakatani
HGST, a Western Digital company, San Jose, California, USA |
Conductive oxide for spacer layer of CPP-GMR sensors |
| 199 |
2014.9.17 |
Dr. Hiroshi Katayama-Yoshida
Osaka University |
SPINODAL NANOTECHNOLOGY: Computational Nano-materials Design of High-efficiency Photovoltaic Solar Cells |
| 198 |
2014.8.7 |
Dr. Hiroaki Yoda
Toshiba Corporation |
Progress of STT-MRAM Technology, the effect on low-power memory systems, and issues for scalability |
| 197 |
2014.8.6 |
Prof. Arun Gupta
MINT Center, University of Alabama, Tuscaloosa |
Magnetic Spinel Ferrite Thin Films and Heterostructures |
| 196 |
2014.6.24 |
Prof. J. M. D. Coey
School of Physics and CRANN, trinity College, Dublin 2, Ireland. |
What can be done with Manganese? |
| 195 |
2014.6.6 |
Prof. Yunheub SONG
Dept. Electronic Engng., Hanyang Univ (Seoul) |
Core Technology for STT-MRAM |
| 194 |
2014.5.22 |
Akihiko Takeo and Katsuhiko Koi
Toshiba Corporation |
The concept of MAMR and required configuration of STO |
| 193 |
2014.3.6 |
Prof. Teruo Ono
Institute for Chemical Research, Univ. of Kyoto |
Current-induced magnetic domain wall motion and its application |
| 192 |
2014.1.23 |
Prof. C. H. Marrows
School of Physics & Astronomy, University of Leeds, Leeds, U.K. |
Giant topological Hall effect in strained Fe0.7Co0.3Si epilayers |
| 191 |
2013.12.19 |
Prof. Yoshio Miura
Kyoto Institute of Technology |
A first-principles study on spin-dependent transport in magnetic junctions with half-metallic Heusler alloys |
| 190 |
2013.10.18 |
Dr. Thomas F. Kelly
Division Vice President of AMETEK, Inc. |
The Present and Future of Atomic-Scale Tomography |
| 189 |
2013.8.27 |
Prof. Rudolf Schaefer
Leibniz Institute for Solid State and Materials Research (IFW) |
Magneto-Optic Analysis of Magnetic Microstructures (2013 IEEE Magnetics Society Distinguished Lecture) |
| 188 |
2013.8.26 |
Dr. Kaizhong Gao
Seagate |
From Perpendicular Magnetic Recording to Heat Assisted Magnetic Recording
|
| 187 |
2013.7.23 |
Dr. Y. Matsuura
Hitachi Metals |
Alignment Dependence of Coercive Force Decrease Ratio in NdFeB Sintered Magnets and Mechanism of Coercive Force
|
| 186 |
2013.7.16 |
Prof. Oleg Mryasov
MINT, Univ. Alabama |
High Spin Polarization Materials for CPP-GMR devices: theory of magnetic properties
|
| 185 |
2013.6.4 |
Prof. Henk J. M. Swagten
Eindhoven University of Technology |
Domain-wall physics in perpendicularly magnetized devices: some recent
developments |
| 184 |
2013.5.27 |
Prof. Takao Suzuki
MINT, Univ. Alabama |
High Magnetic Anisotropy Materials |
| 183 |
2013.5.13 |
Prof. Kohji Nakamura
Mie University |
Giant perpendicular magnetocrystalline anisotropy of 3d transition-metal
thin films |
| 182 |
2013.4.4 |
Dr. Steve Hwang
Seagate technology |
Seagate Media R & D role, responsibility, activities and road map. |
| 181 |
2013.3.19 |
Dr. Gavin Bell
Department of Physics University of Warwick |
Half-metallic ferromagnetism of MnSb at nonzero temperature |
| 180 |
2012.12.14 |
Prof. S. Okamoto
IMRAM, Tohoku University |
Switching behavior of perpendicular magnetic dots under the assistance
of rf field |
| 179 |
2012.10.17 |
Prof. Y. Murakami
IMRAM, Tohoku University |
Study of magnetism in nanometer-scale area by using electron microscopy
|
| 178 |
2012.8.31 |
Prof. Shigemi Mizukami
WPI-Advanced Institute for Materials Research Tohoku University |
Magnetization dynamics and relaxation in magnetic films |
| 177 |
2012.7.19 |
Prof. Thiaville
Univ. Paris-sud |
Domain wall dynamics under non-local spin-transfer torque |
| 176 |
2012.6.25 |
Dr. Young-suk Choi
HGST |
Analytical aspect on the CPP GMR sensor development |
| 175 |
2012.6.19 |
Dr. S. Yuasa
AIST |
Magnetoresistance and spin-transfer torque in magnetic tunnel junctions
|
| 174 |
2012.5.18 |
Prof. Y. Sakuraba
IMR, Tohoku University |
Magnetoresistance and spin-torque oscillation in the CPP-GMR devices using
Co2(Fe,Mn)Si electrodes |
| 173 |
2012.5.14 |
Prof. G. Tatara
Tokyo Metropolitan Univ. |
Spin damping monopole in spin pumping + inverse spin Hall system |
| 172 |
2012.5.1 |
Prof. Suresh S. Babu
OSU |
Multiscale Characterization of Material Degradation in Li-Ion Batteries |
| 171 |
2012.4.13 |
Dr. Mark T Kief
Recording Head Operations, Seagate Technology |
Thin Film Head Reader Scaling from 1 to 8 Tbpsi |
| 170 |
2012.3.30 |
Prof. O. Gutfleisch, Prof. G. C. Hadjipanayis, Dr. N. Dempsy et al. |
Informal Workshop on Rare Earth Permanent Magnets |
| 169 |
2012.2.29 |
Dr. Nguyen Huy Dan,
Dr. Vu Dinh Lam |
R&D of Rare-Earth Magnetic Materials in Institute of Materials Science (IMS) |
| 168 |
2012.1.26 |
Dr. Y. Nakatani
Univ. of Electro-Commun. |
Micromagnetic simulation |
| 167 |
2012.1.17 |
Dr. Stuart S. P. Parkin
IBM Fellow |
The Spin on Electronics! Science and Technology of spin currents in nano-materials
and nano-devices |
| 166 |
2011.12.20 |
Dr. M. Yamada
Central Research Laboratory, Hitachi Ltd. |
Spin Accumulation read head technology beyond the 2Tbit/in2 HDD |
| 165 |
2011.10.12 |
Dr. Giselher Herzer
Vacuumschmelze GmbH |
Magnetic Sensors for Electronic Article Surveillance |
| 164 |
2011.10.5 |
Dr. O. Mosendz and Dr. S. Pisana
San Jose Research Center, HGST |
FePtAg-C media for temperature assisted magnetic recording and their thermo-magnetic
characterization |
| 163 |
2011.7.8 |
Prof. Oleg Mryasov
MINT Center, Univ. Alabama |
Fundamentals of MR-RA scaling : TMR and GMR |
| 162 |
2011.7.4 |
Prof. Thomas Schrefl
SPUST |
Micromagnetics of recording on exchange composite media |
