Nano-Pinning of Magnetic Flux

Last updated: May 29, 2003

IDEA

Use of high temperature superconductor magnetic flux pinning sites as a platform for celt-assembly at nano structures. In addition, without pinning the equilibrium configurations of magnetic vortex offers opportunities for fast self assembly and manufacture of nanoscale electronic structures.
  PINNING SITE TOPOGRAPHY

Dr. M. Andrews: Simulation and theory of magnetic fields and pinning site topography.

http://www.mengr.tamu.edu/GeneralScripts/facultyinfo.asp?LastName=Andrews
  PHYSICAL-VAPOR-DEPOSITION

Dr. A. Beskok: Refinement of thin-film superconductor manufacture.

http://www.mengr.tamu.edu/GeneralScripts/facultyinfo.asp?LastName=Beskok
 

HTSC
VORTEX
EQUILIBRIA

Dr. Chia-Ren Hu: Theory of space and time dependent magnetic vortex trapping and motion in HTSC's.

http://www.physics.tamu.edu/people/person.html/Hu,Chia-Ren 

  NANO-POSITIONING

Dr. W.J. Kim: High precision nano-positioning using Planar Magnetic Levitation.

http://www.mengr.tamu.edu/GeneralScripts/facultyinfo.asp?LastName=Kim
  MAGNETIC FLUX

Dr. J. Ross: Modification of AFM to have a ferromagnetic tip and operate at cryogenic temperatures.

http://faculty.physics.tamu.edu/ross/
  PHASE-FORMATION

Dr. J. Slattery: Formation of single phase and effects of magnetic fields.

http://aeromaster.tamu.edu/Faculty/slattery.html
MATERIALS

Dr. M. Yavuz: BSCCO based thin-film superconductor.

http://www.mengr.tamu.edu:70/thermal-fluidsciences/myavuz/

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