In Pursuit of the Ultimate Sensor
Roswell’s molecular electronics sensor represents a fundamental advance in sensor technology, offering a view into the activity of molecules never before possible.
The binding nanosensor translates the dynamic processes of biological and chemical interactions into detectable, dynamic electrical signals with single-event resolution.
The Roswell ME Platform
Powered by The Molecular Electronic Sensor
By harnessing the power and scale of semiconductor chip technology, the Roswell ME Platform offers the unprecedented ability to link up and decode the molecules of life
DNA / RNA
PROTEINS
SMALL
MOLECULES
Resolution
Cost
Speed
Size
Simplicity
The Birth
of Molecular Electronics
How does the electrical current flow through a single molecule? How can a single molecule be addressed and incorporated into an electrical circuit?
Molecular Electronics
visionary
Circuit Breaktrhough
“Molecules can now be crafted into working circuits. Constructing real molecular chips will be a big challenge.”
Leveraging the latest advances in nanofabrication, chip technology and molecular programing to integrate single molecules into microchips
180nm CMOS
256 Sensor
Roswell develops its first Molecular Electronics chip
A robust chip roadmap for drug discovery research, point-of-care testing, sequencing, digital DNA data storage and more
180nm CMOS
16K Sensors
65nm CMOS
1M Sensors
65nm CMOS
10M Sensors
