Neural Interfaces

Image	Title	Authors	Links	Nanofab Process used
	Bi-layer encapsulation of utah array based nerual interfaces by atomic layer deposited Al2O3 and parylene C	Xianzong Xie	https://ieeexplore.ieee.org	Al2O3 deposition
	Long term performance of porous platinum coated neural electrodes	M. Leber1 & R. Bhandari1,2 J. Mize3 D. J. Warren3 M. M. H. Shandhi1 F. Solzbacher1 S. Negi1,2	https://link.springer.com	Oxford Plasmalab System 100
	A Novel Method of Fabricating High Channel Density Neural array For Large Neuronal Mapping	M.M.H. Shandhi1 M. Leber1 A. Hogan2 R. Bhandari2 and S. Negi1	https://ieeexplore.ieee.org	Chemical Vapor Deposition// SEM
	Novel Method of Fabricating Self-Dissolvable and Freely Floating neural Array	M. Leber R. Bhandari F. Solzbacher S. Negi	https://ieeexplore.ieee.org	Lithography,Oxford Plasmalab 80 Plus, Wet etching
	Maskless method to selectively etch Parylene-C from high aspect ratio neural devices	M. Leber M. M. H. ShandhiR. Bhandari ; S. Negi	https://ieeexplore-ieee-org	PlasmalabSystem100
	Parylene C-based flexible interface for neuroprosthetic applications	Rajmohan Bhandari Sandeep Negi R. Van Wagenen Florian Solzbacher	https://ieeexplore.ieee.org	Sputtering Dry Etching CVD
	Factors affecting degradation of sputtered iridium oxide used for neuroprosthetic applications	Sandeep Negi Rajmohan Bhandari Rick Van Wagenen Florian Solzbacher	https://ieeexplore-ieee-org	Sputtering