Molecular dispensers
AssigneeInternational Business Machines Corporation
InventorAjay K. Royyuru
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Abstract
A molecular dispenser includes a molecular reservoir comprising a plurality of charged molecules; a nanopore proximate the molecular reservoir, the nanopore comprising a first set of locking electrodes configured to establish an electrostatic potential barrier therein and a second set of locking electrodes configured to establish a second electrostatic potential barrier therein; a first drag electrode arranged within the molecular reservoir; and a control unit, wherein the control unit is configured to apply an oscillating voltage across the first set of locking electrodes and a bias voltage to the first drag electrode to control flow of individually charged molecules from the molecular reservoir through the nanopore.
Claims9
A molecular dispenser, comprising:
- a molecular reservoir comprising a plurality of charged molecules;
- a nanopore proximate the molecular reservoir, the nanopore comprising a first set of locking electrodes configured to establish an electrostatic potential barrier therein and a second set of locking electrodes configured to establish a second electrostatic potential barrier therein;
- a first drag electrode arranged within the molecular reservoir;
- and
- a control unit, wherein the control unit is configured to apply an oscillating voltage across the first set of locking electrodes and a bias voltage to the first drag electrode to control flow of individually charged molecules from the molecular reservoir through the nanopore.
Dependencies are inferred from the claim text.