Co-founder
Majid Zamani, PhD
Lecturer, University of Southampton
Low-power processors and implantable computing for brain-machine interfacing. Previously UCL.
Profile →Team
Chip designers and neural engineers.
The problem sits between two fields that rarely share a room: what the cortex actually emits, and what silicon can afford to compute inside a body. Thalamic is small on purpose, and staffed on both sides of that line.
01 — Founders
Silicon and signal, in the same room.
Co-founder
Luca M. Meyer, M.Sc.
PhD Candidate, University of Southampton
Energy-efficient spiking decoders for intracortical BCI.
Co-founder
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THREE SLOTS OPEN — REPLACE THE BRACKETED FIELDS AND DROP A 640×640 PORTRAIT INTO people/
02 — Who we are
A team sized to make one decision at a time.
Thalamic is pre-seed and in stealth. We are a founding team with backgrounds in low-power digital design, mixed-signal silicon and neural signal processing, working with a small group of research partners on the first gen of the T-1.
We are hiring around the founders rather than above them — the roles below are the next people we expect to add. If you are evaluating us as a partner, an investor or a candidate, get in touch.
03 — Disciplines
Four disciplines, one datapath
Silicon architecture
The event-driven datapath itself — what runs as fixed function, what stays programmable, and where the tile boundary falls.
Mixed-signal design
The front end where the array meets the chip: acquisition, conversion and filtering inside the thermal budget.
Neural signal processing
Detection, feature extraction and decoding — deciding which parts of the signal carry information and which are bandwidth.
Systems & firmware
Telemetry, the host-side interface, and the evaluation platform research partners will build against.
04 — Joining
We are hiring ahead of first silicon.
Early roles shape the architecture rather than implement it. If the problem on the technology page is one you have thought about before, we would rather hear from you early than late.
Open roles →