Neural Interfaces




Title Authors Links Nanofab Process used
Screen Shot 2018-10-15 at 3.29.24 PM Bi-layer encapsulation of utah array based nerual interfaces by atomic layer deposited Al2O3 and parylene C Xianzong Xie Al2O3 deposition
Screen Shot 2018-10-15 at 4.05.56 PM 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 Oxford Plasmalab System 100
Screen Shot 2018-10-15 at 4.21.51 PM 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

Chemical Vapor Deposition// SEM

Screen Shot 2018-10-15 at 3.44.33 PM Novel Method of Fabricating Self-Dissolvable and Freely Floating neural Array M. Leber
R. Bhandari
F. Solzbacher
S. Negi Lithography,Oxford Plasmalab 80 Plus, Wet etching
Screen Shot 2018-10-24 at 3.18.20 PM 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
Screen Shot 2018-11-12 at 2.40.46 PM Parylene C-based flexible interface for neuroprosthetic applications Rajmohan Bhandari
Sandeep Negi
R. Van Wagenen
Florian Solzbacher Sputtering
Dry Etching
Screen Shot 2018-11-12 at 3.15.04 PM 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