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US 10,869,628 B2Granted
Device and method for whole-mind cognitive interface
OwnerFranz J. Gaylinventor
Life of this patent
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Abstract
A method and apparatus for whole-mind cognitive interface. Such a system includes a bodily-integrated artificial cranium, computer, RF antenna, and transceiver array to seamlessly augment the human brain with artificial intelligence (AI) and permit enhanced cognitive functions, and human host feed-back-based neurological rewiring.
Claims20
A device of whole-mind cognitive interface comprising:
- an artificial cranium cap;
- a hub that is nested inside, the artificial cranium cap, the hub comprising a cognitive computer, a detector, and a signal generator
- wherein the hub is configured to locate, with the detector of the hub, at least one natural neuron event in a brain, record, with the cognitive computer of the hub, at least one of an instantaneous state of mind (ISOM) and a series of ISOMs by the located at least one natural neuron event, replay, with the signal generator of the hub paired with the cognitive computer of the hub, the at least one of the recorded ISOM and the recorded series of ISOMs by approximating the at least one of the recorded ISOM and the recorded series of ISOMs, wherein the approximating further comprises generating at least one artificial neuron activity in the brain, wherein the at least one artificial neuron activity is generated, based on the signal generator of the hub, at a predetermined location of the brain;
- a phased array radio frequency (RF) antenna and RF source that is nested on an internal surface of the artificial cranium cap and which is communicatively coupled to the hub, and which, under the control of the hub, is configured to detect, together with the detector of the hub, at least one detected RF electromagnetic signal from the at least one natural neuron event in the brain and transmit the at least one transmitted RF electromagnetic signal for the at least one artificial neuron activity based on output of the signal generator;
- and
- a plurality of 3D array nodes configured to be inserted into the brain which, under the control of the hub, is configured to detect, together with the detector of the hub, the at least one:
- electromagnetic signal from the at least one natural neuron event, and transmit, for the at least one artificial neuron activity, based on output of the signal generator, at least one of:
- optical signals by an optical source, and the 3D array node electromagnetic signals by an electromagnetic signal source.
5 more elements
A method of whole-mind cognitive interface, comprising:
- locating, by a detector of a hub in an artificial cranium cap, the hub comprising a cognitive computer, the detector;
- and a signal generator, at least one natural neuron event in a brain;
- recording, by the cognitive computer of the hub, at least one of an instantaneous state of mind (ISOM) and a series of ISOMs by the located at least one natural neuron event;
- replaying, by the signal generator of the hub paired with the cognitive computer of the hub, the at least one of the recorded ISOM and the recorded series of ISOMs through approximating the at least one of the recorded ISOM and the recorded series of ISOMs, wherein the approximating further comprises generating at least one artificial neuron activity in the brain;
- and,
- wherein the at least one artificial neuron activity is generated at a predetermined location of the brain,
- wherein the at least one natural neuron event is located by using at least one of a phased array radio frequency (RF) antenna and a plurality of 3D array nodes,
- wherein the phased array RF antenna is nested on an internal surface of the artificial cranium cap, under the control of the hub and communicatively coupled to the hub, wherein the method further comprises detecting, with the phased array RF antenna and the detector of the hub, at least one detected RF electromagnetic signal from the at least one natural neuron event and transmitting at least one transmitted RF electromagnetic signal for the at least one artificial neuron activity based on output of the signal generator, and
- wherein the plurality of 3D array nodes is inserted into the brain and under the control of the hub, and wherein the method further comprises detecting, with the plurality of 3D array nodes and the detector of the hub, the at least one electromagnetic signal from the at least one natural neuron event and transmitting, for the at least one artificial neuron activity, based on output of the signal generator, at least one of:
- optical signals by an optical source and the 3D array node electromagnetic signals by an electromagnetic signal source.
7 more elements
Dependencies are inferred from the claim text.