AS
Asit Singh
Founder & Lead Scientist
SYNGI
I'm working on
4 months ago
Developing solid-state, CMOS-compatible MEMS architectures (Zero-TCE) for ambient, zeptogram-scale mass sensing in liquid environments.
I'm looking for
4 months ago
Validation partners and corporate R&D funding to translate computational Multiphysics models into physical CMOS prototypes for high-throughput biomanufacturing and liquid biopsies.
About
SYNGI is a specialized deep-tech hardware startup operating at the intersection of advanced semiconductor engineering, Multiphysics computational modeling, and acoustic micro-electro-mechanical systems (MEMS). Our fundamental mandate is to dismantle the physical and manufacturing bottlenecks that have historically restricted high-resolution mass sensing to laboratory environments. We are the developers of the Zero-TCE (ZTCE) architecture: a proprietary, solid-state platform engineered to bypass the extreme limitations of traditional hollow-core microchannel resonators. By replacing fragile microfluidic tubes with a fully solid-state array, SYN.G.I has established a viable, CMOS-compatible pathway to ambient, label-free mass profiling at the zeptogram scale, directly in native liquid.
AS
Asit Singh
Founder & Lead Scientist
SYNGI
Work experience
SYNGI
Founder & Lead Scientist
Top industry applications
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Results may appear later and can be imperfect.
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Not enough data yet.
Results may appear later and can be imperfect.
Last updated May 2026
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