Why sub-µW front-ends change what an implant can be
Placeholder: every microwatt saved at the electrode moves the whole system — battery, packaging, safety margins. A tour of the power budget of a modern neural implant.
Read post →From the lab
Updates.
Notes on circuit design, bioelectronics, and the road from silicon to the clinic — plus lab news and milestones, newest first.
Blog
Taping out with students: lessons from our first MPW run
Placeholder: what worked and what didn't when the whole lab shared one multi-project wafer — schedules, verification checklists, and the value of a good test board.
Read post →Reading list: power delivery for AI accelerators
Placeholder: the papers we hand new students working on integrated voltage regulation — from fundamentals to the latest point-of-load conversion results.
Read post →News
2026
- PAPERPlaceholder: paper accepted at ISSCC 2027 on a sub-µW neural front-end.
- AWARDPlaceholder: [Student] receives a best-paper award at [Conference].
- GRANTPlaceholder: new NIH/NSF grant on closed-loop bioelectronic therapies.
- LABPlaceholder: [Student] passes the qualifying exam.
- PAPERPlaceholder: two papers presented at ISSCC 2026.
2025
- LABPlaceholder: lab welcomes two new PhD students.
- LABPlaceholder: the Analog & Bio-Integrated Circuits Lab opens its doors at [University].