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Faisal Ahmed

por Cláudia Regina - publicado 27/02/2015 14:48 - última modificação 15/12/2015 16:10


	Graduate Research Assistant University of Notre Dame, Notre Dame, Indiana, USA. (May 2009 - present) Current project: Current project focuses on realizing a spin valve based electrical output for Nanomagnet Logic (NML).  Development of giant magnetoresistance (GMR) stacks and magnetic tunnel junctions (MTJ) using magnetron sputtering systems for nanomagnet logic (NML) applications.  Optimization of reactive ion etch and sputter etch processes for dielectrics and magnetic metals.  Magnetic annealing of sputtered GMR stacks to introduce exchange bias.  Design and development of novel fabrication techniques for nanoscale MTJ and GMR structures.  Magnetic and electrical characterization of MTJ and GMR structures.  Fabrication of ultra-dense nanomagnets (with sub-10-nm spacing) using double e-beam lithography technique.  Micromagnetic simulation of NML elements and NML I/O interfaces.  Failure analysis of NML circuits.  Modification of a probe station and electronic setup to perform magneto resistance measurement.  Development of an UHV magnetic annealing system for introducing exchange bias in GMR structures.  Operation and maintenance of a sixteen target UHV sputtering system.

Graduate Research Assistant University of Notre Dame, Notre Dame, Indiana, USA. (May 2009 - present) Current project: Current project focuses on realizing a spin valve based electrical output for Nanomagnet Logic (NML).  Development of giant magnetoresistance (GMR) stacks and magnetic tunnel junctions (MTJ) using magnetron sputtering systems for nanomagnet logic (NML) applications.  Optimization of reactive ion etch and sputter etch processes for dielectrics and magnetic metals.  Magnetic annealing of sputtered GMR stacks to introduce exchange bias.  Design and development of novel fabrication techniques for nanoscale MTJ and GMR structures.  Magnetic and electrical characterization of MTJ and GMR structures.  Fabrication of ultra-dense nanomagnets (with sub-10-nm spacing) using double e-beam lithography technique.  Micromagnetic simulation of NML elements and NML I/O interfaces.  Failure analysis of NML circuits.  Modification of a probe station and electronic setup to perform magneto resistance measurement.  Development of an UHV magnetic annealing system for introducing exchange bias in GMR structures.  Operation and maintenance of a sixteen target UHV sputtering system.

Currículo

Curriculum Vitae

Contato

275 Fitzpatrick Hall, Notre Dame, IN 46556, USA

Phone: +1 574 855 0670

fshah@nd.edu

Informações Adicionais

Relacionados(s)

Grupo de Pesquisa Qualidade da Democracia

Evento:

Conference: The International Politics of Economic Globalization and Emerging Market Economies, 19 e 20 de março de 2015.

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