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This invention enables efficient single molecule nanopore sensing at femtomolar concentrations using dielectrophoretic trapping by combining nanopore sensing and dielectrophoresis (DEP).
Inexpensive, easy to fabricate and use, dielectrophoretic nanotweezers for non-destructive subcellular concentration (trapping) and extraction of biomolecules.
A next generation surgical robotics platform for ultra-minimally invasive surgery via a single port, offering bimanual haptic control and enabling autonomous surgical tasks.
A wearable non-invasive neural interface with the human spinal cord
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