Quantum entanglement communications system
OwnerMarc S. Pallerinventor
Life of this patent
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Abstract
Apparatus for transmitting and receiving information using one or more quantum-entangled particles. The apparatus may include a first substrate including a first row of quantum dots and a second substrate including a second row of quantum dots. The apparatus may also include a beam splitter configured to inject a first particle into a first quantum dot and to inject a second particle into a second quantum dot. A physical property of the first particle may be in a quantum-entangled state with a physical property of the second particle. The apparatus may further include a first wave source configured to move the first particle along the first row of quantum dot, and a second wave source configured to move the second particle along the second row of quantum dots.
Claims54
Apparatus for arranging a group of electrons, the apparatus comprising:
- a first quantum ensemble including a first row of quantum dots and a second quantum ensemble including a second row of quantum dots;
- a beam splitter configured to inject a first particle into a first quantum dot and a second particle into a second quantum dot, wherein a physical property of the first particle is in a quantum-entangled state with a physical property of the second particle;
- a first wave source configured to move the first particle from the first quantum dot into a quantum dot in the first row of quantum dots, and to move the second particle from the second quantum dot into a quantum dot in the second row of quantum dots;
- a second wave source configured to move the first particle along the first row of quantum dots;
- and
- a third wave source configured to move the second particle along the second row of quantum dots.
A method for making ensembles of quantum dots, the method comprising:
- fabricating a substrate including a beam splitter, a first transport channel extending away from the beam splitter and attached to a beginning of a first ensemble of quantum dots, and a second transport channel extending away from the beam splitter and attached to a beginning of a second ensemble of quantum dots.
A transmitter configured to transmit data by manipulating a spin of an electron.
A method for transmitting information, the method comprising manipulating a spin of a first electron, wherein the spin of the first electron is in a quantum entangled state with a spin of a second electron.
A receiver configured to receive data by detecting a field generated by a change in spin of an electron.
A receiver configured to pulse an ensemble of quantum entangled electrons to receive data.
A method of receiving information, the method comprising detecting a field generated by a change in an electron spin of an electron.
Apparatus comprising:
- a receiver configured to receive instructions from a user to transmit a piece of information to a destination;
- and
- a transmitter configured to transmit the information to a controller that is configured to transmit the information to the destination by manipulating the spin of an electron.
Apparatus comprising:
- a first electron including a first spin;
- a second electron including a second spin;
- and
- a generator that is configured to manipulate the first spin of the first electron to transmit a first packet of information to a first device and to manipulate a second spin of a second electron to transmit a second packet of information to a second device.
A method comprising manipulating an electron spin of an electron located in a first device to transmit information to a second device and to a third device.
A method for receiving information from a first device and transmitting the information to a second device comprising:
- detecting a change in a physical property of a first quantum entangled particle, wherein the physical property of the first quantum entangled particle is in a quantum entangled state with a physical property of a second quantum entangled particle located in the first device;
- outputting data based on the detected change;
- transmitting the data through a network to a destination identified in the data stream;
- manipulating a physical property of a third quantum entangled particle, wherein the physical property of the third quantum entangled particle is in a quantum entangled state with a physical property of a fourth quantum entangled particle located in the second device.
A method of manufacturing a communication network, the method comprising:
- providing a receiver configured to receive information by detecting a change in a spin of a first electron;
- providing a transmitter configured to transmit information by manipulating a spin of a second electron;
- providing a network backbone;
- configuring the receiver to be in electronic communication with a first interconnection module;
- configuring the transmitter to be in electronic communication with a second interconnection module;
- and
- configuring the first interconnection module and the second interconnection module to be in electronic communication with each other over the network backbone.
Dependencies are inferred from the claim text.