Amanda Baer

Cross track current design for energy assisted magnetic recording

Magnetic write head manufactured by an enhanced damascene process producing a tapered write pole with a non-magnetic spacer and non-magnetic bump

Methods for creating a stepped perpendicular magnetic pole via milling and/or metal liftoff

Methods for creating slanted perpendicular magnetic pole via metal liftoff

Method for creating a magnetic write pole having a stepped perpendicular pole via CMP-assisted liftoff

Magnetic write pole fabrication

Method of fabrication for slider with underpass leads

Enhanced planarization liftoff structure and method for making the same

Optical lapping guide for use in the manufacture of perpendicular magnetic write heads

Methods for the manufacture of notched trailing shields

Method of manufacturing a perpendicular magnetic recording write head with notched trailing shield

Perpendicular magnetic write head having a magnetic write pole with a concave trailing edge

Process to open connection vias on a planarized surface

Method for making a perpendicular magnetic recording write head

Method for fabricating a side shield for a flux guide layer for perpendicular magnetic recording

Method to planarize perpendicular write poles using a combination of CMP and reactive ion milling

Simultaneous planarization of pole piece and coil materials for write head applications

Simultaneous planarization of pole piece and coil materials for write head applications

Process for creating a write head by forming a bump after the top pole is formed

Slider with underpass lead configured as a cooling plate

Method for enhancing wafer alignment marks

High milling resistance write pole fabrication method for perpendicular recording

Method of fabricating electronic component using resist structure with no undercut