Electromagnetic transdermal injection device and methods related thereto

A method for injection of a payload into tissues of an organism, comprising the steps of:

• generating a force by means of electromagnetic repulsion of at least one conductive member;
• wherein said step of generating includes passing anti-parallel currents through the at least one conductive member;
• and
• accelerating the payload to be injected, by means of the generated force to a velocity sufficient for the payload to pass through the skin of the organism.

A method for injection of a payload into tissues of an organism, comprising the steps of:

• generating a force by means of electromagnetic repulsion of at least one conductive member;
• wherein said step of generating includes passing anti-parallel currents through the at least one conductive member;
• accelerating the payload to be injected, by means of the generated force, to a velocity sufficient for the payload to pass through the skin of the organism;
• and
• wherein the payload to be injected is external to the electromagnetic repulsion that generates the force.

A method for accelerating an object, comprising the steps of:

• providing a force generating device that generates an external force by means of electromagnetic repulsion;
• generating the external force using the force generating device;
• accelerating the object by means of the generated external force;
• and
• wherein the force generating device generates the external force in a predetermined direction electromagnetically and repulsively responsive to anti-parallel electric currents flowing through the device and said step of generating includes passing the anti-parallel electric currents through the electromagnetic force-generating device thereby generating the external force used for accelerating the object.

A method for injection of a payload into tissues of an organism, comprising the steps of:

• generating a force by means of electromagnetic repulsion of at least one conductive member;
• wherein said step of generating including passing an electric current through the at least one conductive member so as to cause the electromagnetic repulsion thereof that generates the force;
• wherein said conductive member being configured so as to have at least one pair of adjacent arms interconnected to each other;
• wherein said step of passing includes passing the electric current through the at least one pair of adjacent arms so the current in one adjacent arm is anti-parallel to the current flowing through the other adjacent arm, whereby the at least one pair of adjacent arms are electromagnetically, repulsively moved apart from each other so as to generate the force;
• and
• accelerating the payload to be injected, by means of the generated force to a velocity sufficient for the payload to pass through the skin of the organism.