1024-Electrode Hybrid Voltage/Current-Clamp Neural Interface System-on-Chip with Dynamic Incremental-SAR Acquisition. - Jun Wang 040; Akshay Paul; Dinghong Zhang; Jiajia Wu 008; Yuchen Xu 002; Yimin Zou; Chul Kim; Gert Cauwenberghs (VLSI Circuits, 2020)

18.1 An Optically-Addressed Nanowire-Based Retinal Prosthesis with 73% RF-to-Stimulation Power Efficiency and 20nC-to-3μ C Wireless Charge Telemetering. - Abraham Akinin; Jeremy M. Ford; Jiajia Wu 008; Chul Kim; Hiren D. Thacker; Patrick P. Mercier; Gert Cauwenberghs (ISSCC, 2021)

Maximizing Wireless Power Transfer to Intraocular Implants Under Unconstrained Eye Movements. - Abraham Akinin; Jeremy M. Ford; Jiajia Wu 008; Jiwoong Park; Hiren D. Thacker; Gert Cauwenberghs; Patrick P. Mercier (NER, 2021)

An Optically Addressed Nanowire-Based Retinal Prosthesis With Wireless Stimulation Waveform Control and Charge Telemetering. - Abraham Akinin; Jeremy M. Ford; Jiajia Wu 008; Chul Kim; Hiren D. Thacker; Patrick P. Mercier; Gert Cauwenberghs (IEEE J. Solid State Circuits, 2021)

Scalable Anatomically-Tunable Fully In-Ear Dry-Electrode Array for User-Generic Unobtrusive Electrophysiology. - Min Suk Lee 002; Akshay Paul; Tae Houn Joung; Yuchen Xu 002; Jiajia Wu 008; W. David Hairston; Gert Cauwenberghs (EMBC, 2023)

A Versatile and Efficient Neuromorphic Platform for Compute-in-Memory with Selector-less Memristive Crossbars. - Soumil Jain; Gopabandhu Hota; Yuhan Shi; Sangheon Oh; Jiajia Wu 008; Preston Fowler; Duygu Kuzum; Gert Cauwenberghs (ISCAS, 2023)

A Low-Noise 0.001Hz-lkHz Sample-Level Duty-Cycling Neural Recording System-on-Chip. - Jiajia Wu 008; Abraham Akinin; Min Lee; Akshay Paul; Hongyu Lu; Yongjae Park; Preston Fowler; Seong-Jin Kim; Patrick P. Mercier; Gert Cauwenberghs (ISCAS, 2023)

A Low-Noise Low-Power 0.001Hz-1kHz Neural Recording System-on-Chip With Sample-Level Duty-Cycling. - Jiajia Wu 008; Abraham Akinin; Jonathan Somayajulu; Min Suk Lee 002; Akshay Paul; Hongyu Lu; Yongjae Park; Seong-Jin Kim; Patrick P. Mercier; Gert Cauwenberghs (IEEE Trans. Biomed. Circuits Syst., 2024)