Poster Program

Wednesday, August 8th 5:15PM to 7:00PM

CONTRIBUTED POSTER SESSION P1
(also includes posters from the oral Sessions A, B, and C)
Poster ID# Title Presenter, affiliation
P1-1 Exchange Coupled FeCo/L10-FePt Bi-Layer Thin Films for Ultra High Density Data Storage Garima Vashisht, University of Delhi
P1-2 Influence of Additive Elements on the Morphology and Magnetic Properties for Highly Coercive FePt Thin Films Toshiyuki Shima, Tohoku Gakuin University
P1-3 High Track Pitch Capability for HAMR Recording: 1M TPI Chris Rea, Seagate Technology
P1-4 Areal Density Comparison Between Conventional, Shingled and Interlaced Heat Assisted Magnetic Recording with Multiple Sensor Magnetic Recording Steven Granz, Seagate Technology
P1-5 Sensing and Modeling Heat Transfer Between a Recording Head and Medium for Clearance Setting in HAMR Neil Zuckerman, Seagate Technology
P1-6 Optimization of the Spin-Torque Oscillator for Microwave-Assisted Magnetic Recording via Response Surface Methodology Susanto Rahardja, Northwestern Polytechnical University
P1-7 Effect of Spin Torque Oscillator Angle in Microwave Assisted Magnetic Recording Simon Greaves, Tohoku University
P1-8 Probing SFD of Bit Pattered Media Using EHE Measurement Sandeep Srivastava, Central Institute of Technology
P1-9 Timing Recovery for Low-SNR Magnetic Tape Recording Channels Simeon Furrer, IBM Research
P1-10 Ion Implantation Induced Disorder in FePt-C Films S. N. Piramanayagam, Nanyang Technological University
P1-11 Three-Path Soft Output Viterbi Algorithm For Staggered Bit-Patterned Media Recording Jaejun Lee, Soongsil University
P1-12 Performance of Interleaved Error Correction Codes With Burst Errors Roy Cideciyan, IBM Research
P1-13 Nonlinear Characterization of Magnetic Read Sensors Using a Nonlinear Vector Network Analyzer Kate Auerbach, Vienna University of Technology
P1-14 Large Uniaxial Anisotropy Co50(Pt1-xRhx)50 Thin Films for Microwave Assisted Magnetic Recording S. N. Piramanayagam, Nanyang Technological University
P1-15 A Study of TDMR for Magnetic Tape Systems Atsushi Musha, Fujifilm Corporation
P1-16 Self Training for Pattern-Dependent Noise Prediction Shanwei Shi, Georgia Tech.
P1-17 Theoretical Study of Spin Wave-Assisted Switching of Magnetization in a Perpendicularly Magnetized Nanomagnet Toshiki Yamaji, AIST Japan
P1-18 Control of Grain Density in FePt-C Granular Thin Films Ippei Suzuki, NIMS Japan

Thursday, August 9th 5:15PM to 7:00PM

CONTRIBUTED POSTER SESSION P2
(also includes posters from the oral Sessions D, E, and F)
Poster ID# Title Presenter, affiliation
P2-1 Phase-Transition Induced Magnetism Modulation and Logic Implementation in NiFe/VO2 Heterostructure Guodong Wei, Beihang University
P2-2 Field-Free Spin Orbit Torque Switching of Perpendicular Antiferromagnet/Ferrimagnet Structures for SOT-MRAM Junyang Chen, University of Minnesota
P2-3 Enhancing Magnetic Materials at the Atomic Scale Using Light Ion Irradiation Dafiné Ravelosona, University of Paris-Sud
P2-4 Ultrafast Magnetization Reversal by Picosecond Electrical Pulses Akshay Pattabi, University of California Berkeley
P2-5 Trends and Applications for Emerging Memory Technologies Tom Coughlin, Coughlin Associates
P2-6 Spin-Orbit Torque Magnetometry by Wide-Field Magneto-Optical Kerr Effect Tian-Yue Chen, National Taiwan University
P2-7 CMOS-Compatible Cr/Ru-Seeded FePd Thin Film with High Perpendicular Magnetic Anisotropy for STT-MRAM Application Jinming Liu, University of Minnesota
P2-8 A new Ultra-Wideband (10 MHz - 26 GHz) RF Magnetic Metrology System (RFMAG26): Combined FMR Spectrometer and Permeameter Yunpeng Chen, Winchester Technologies
P2-9 Thinner Glass Substrate Designed for 10 Platters 3.5 Inch HDD and HAMR Application Shinji Eda, Hoya Corporation

TMRC 2018 is sponsored by the IEEE Magnetics Society

and co-sponsored by:

the Data Storage Systems Center (CMU) ; the Center for Memory and Recording Research (UCSD); the Center for Micromagnetics & Information Technologies (Univ. of Minnesota); the Center for Materials for Information Technology (Univ. of Alabama); the Center for Magnetic Nanotechnology (Stanford), and the Computer Mechanics Laboratory (UC Berkeley).

 

 

 

Conference chair
Kumar Srinivasan
Western Digital
kumar.srinivasan@wdc.com

 

Program co-chairs
Ganping Ju
Seagate Technology
ganping.a.ju@seagate.com

 

Christian Kaiser
Western Digital
christian.kaiser@wdc.com

 

Goran Mihajlovic
Western Digital
goran.mihajlovic@wdc.com

 

Yuchen Zhou
yuchen_zhou@hotmail.com

 

Poster co-chairs
Michael Alex
Western Digital
michael.alex@wdc.com

 

Fatih Erden
Seagate Technology
fatih.erden@seagate.com

 

Local co-chairs
Vitaliy Lomakin
UC San Diego
vlomakin@eng.ucsd.edu

 

Daniel Lottis
Western Digital
daniel.lottis@wdc.com

 

Publication co-chairs
Simon Greaves
Tohoku University
simon@riec.tohoku.ac.jp


Yuepeng Zhang
Argonne National Laboratory
yuepeng@anl.gov

 

Publicity chair
Tiffany Santos
Western Digital
tiffany.santos@wdc.com

 

Treasurer
Chris Rea
Seagate Technology
chris.j.rea@seagate.com