2012 ALS User Meeting Workshop

“Advanced characterization of critical magnetic materials”

ALS-workshop-group-pic.jpg

October 10, 2012, 9AM-5PM

Location: 67-3111 (Chemla room at the Molecular Foundry)

Organizers: P. Fischer (CXRO/MSD), C. Jenkins (ALS), D. Shuh (CSD), E. Arenholz (ALS)

Contact:

Dr. Peter Fischer

CXRO/LBNL

PJFischer@lbl.gov

(510) 486 7052

 

Scope

Understanding and controlling the magnetic properties of materials is scientifically highly attractive, but also of utmost relevance for exploring new directions in key technologies such as magnetic storage and sensors, electric transportation or power energy. Recent concerns about sustainability of important magnetic elements and the need to optimize energy efficiency in magnetic devices has triggered fundamental research activities to either find replacement materials with optimum magnetic parameters (magnetic anisotropy, BHmax, etc) or to discover novel pathways to more efficiently control spins, e.g. through spin torques and spin currents, or as electric and photonic control. Fundamental magnetism research will help to unravel those phenomena and to provide guidance for the discovery of  novel materials. Soft X-ray spectromicroscopies are among the most powerful analytical tools to provide key information.

This workshop is part of a continuing effort to bring together current and potential new users of the Advanced Light Source in order to coordinate a science-driven approach in this important area.

 

 

Agenda

 

9-9:15

P. Fischer,C. Jenkins, E. Arenholz, D. Shuh

Welcome and introduction

9:15-9:45

G. Hadjipanayis (U Delaware)

Effect of Particle Size on the Magnetic Properties of RE-TM Nanoparticles

9:45-10:15

L. Lewis (NEU Boston)

Probing New Materials and Novel Anisotropies for Rare-Earth-Free Permanent Magnets

10:15-10:45

J. Atulasimha (VCU)

Hybrid Spintronics-Straintronics: An ultra-energy efficient approach to nanomagnetic memory and logic

10:45-11

Coffee break

 

11-11:30

J. Wang (U Minn)

Challenges and Opportunities of Fe16N2 Research for Rare Earth Free Magnet

11:30-12

H. Srikanth (USF)

Surface spin disorder and exchange bias in hollow and core-shell magnetic nanoparticles

12-12:30

P. Ohodnicki (NETL)

Recent Trends in FeCo-Based Magnetic Nanocomposite Development and Grand Challenges for Advanced Characterization Techniques

12:30-1:45

LUNCH

 

1:45-2:15

J. Long (UCB)

Applications of Coordination Chemistry in the Synthesis of Single-Molecule Magnets

2:15-2:45

E. Chan (MF/LBNL)

Combinatorial screening of colloidal nanoparticles for high throughput materials development

2:45-3:15

J. Bokor (MF/LBNL)

Advances in Nanomagnetic Logic

3:15-3:30

Coffee break

 

3:30-4

S.-K. Kim (SNU Seoul)

Coupled Vortex Gyrations In Nanomagnet Networks

4-4:30

Y.-K. Hong (UA Tuscaloosa)

Materials Design for Rare-earth Free Permanent Magnets

4:30-4:50

E. Bourret (MSD/LBNL)

LBNL materials synthesis laboratories

4:50

Adjourn

 

 

 

 

 

Updated 09/24/2012