Methods, systems, and apparatus for enabling and managing quantum networks
Centralized quantum capability management may be provided. A quantum network architecture may include a centralized quantum network manager. A quantum policy management may be controlled by quantum network manager. Quantum capability registration, solicitation, subscription, and discovery may be provided. Centralized quantum connection creation and management may be provided. Efficient quantum link layer services may be provided.
1. A device for managing one or more quantum nodes within a quantum network, the device comprising:
a processor configured to:
receive a first message, wherein the first message indicates (i) a first request to create a quantum connection between a source quantum network terminal (QNT) and a destination QNT, and (ii) a time to initiate creation of the quantum connection;
determine a quantum path for the quantum connection, wherein a first quantum network router (QNR) and a second QNR are associated with the quantum path, wherein the quantum path is determined based on (i) the first QNR having, at the indicated time, one or more first quantum capabilities satisfying at least one of one or more capability criteria (ii) and the second QNR having, at the indicated time, one or more second quantum capabilities satisfying at least one of the one or more capability criteria;
send a second message to one of the first and second QNRs, wherein the second message indicates a second request for the one of the first and second QNRs to create a first entangled qubit pair for a first hop of a quantum path and a second entanglement qubit pair for a second hop of the quantum path;
send a third message to the other one of the first and second QNRs, wherein the third message indicates a third request for the other one of the first and second QNRs to provide the quantum path by performing entanglement swapping using the first entangled qubit pair and the second entangled qubit pair; and
receive a confirmation message from the one of the first and second QNRs, wherein the confirmation message indicates that quantum connection has been created.
2. The device of claim 1 , wherein the device is a quantum network manager.
3. The device of claim 1 , wherein the processor is configured to receive a response message from the one of the first and second QNRs, and wherein the response message indicates that the entanglement swapping has been performed.
4. The device of claim 1 , wherein the processor is configured to send a fourth message to one or more of the source QNT, the destination QNT, and a quantum network client (QNC), wherein the fourth message indicates a quantum connection identifier and wherein the quantum connection identifier is associated with the quantum path and the quantum connection.
5. The device of claim 1 , wherein the processor is configured to send a fourth message to one or more one of the source QNT, the destination QNT, and a quantum network client (QNC), and wherein the fourth message indicates that the quantum path has been established.
6. The device of claim 1 , wherein the first message indicates a policy that specifies the time.
7. A device for managing one or more quantum nodes within a quantum network, the device comprising:
a processor configured to:
receive a first message, wherein the first message indicates (i) a request to create a quantum connection between a source quantum network terminal (QNT) and a destination QNT, and (ii) a time to initiate creation of the quantum connection;
determine a quantum path for the quantum connection, wherein a first quantum network router (QNR) and a second QNR are associated with the quantum path, wherein the quantum path is determined based on (i) the first QNR having, at the indicated time, one or more first quantum capabilities satisfying at least one of one or more capability criteria (ii) and the second QNR having, at the indicated time, one or more second quantum capabilities satisfying at least one of the one or more capability criteria;
send a second message to the source QNT, wherein the second message indicates that the source QNT is to perform a first entanglement operation in accordance with an entanglement sequence;
send a third message to one of the first and second QNRs wherein the third message indicates that the one of the first and second QNRs is to perform a second entanglement operation in accordance with the entanglement sequence; and
receive a confirmation message from one of the first and second QNRs indicating that quantum connection has been created.
8. The device of claim 7 , wherein the device is a quantum network manager.
9. The device of claim 7 , wherein the entanglement sequence indicates that an entanglement swapping operation is to be performed after an entanglement creation operation.
10. The device of claim 7 , wherein the processor is configured to send a fourth message to the destination QNT, and wherein the fourth message indicates that the QNT is to perform a third entanglement operation in accordance with the entanglement sequence.
11. The device of claim 10 , wherein the at least one of the first entanglement operation, the second entanglement operation, and the third entanglement operation indicates an operation for creating an entanglement qubit pair or an operation for entanglement swapping.
12. The device of claim 7 , wherein the quantum connection comprises a first hop and a second hop, wherein the first entanglement operation is associated with the first hop, and wherein the second entanglement operation is associated with the second hop.
13. A device for creating a quantum connection, the device comprising:
a processor configured to:
send a first message to a quantum network manager (QNM), the first message indicating (i) a request to create a quantum connection and indicating a parameter for the quantum connection, and (ii) a time to initiate creation of the quantum connection;
receive a second message from the QNM, the second message indicating that the QNM has calculated a quantum path between a source quantum network terminal (QNT) and a destination QNT for the for the quantum connection, wherein in the calculated quantum path a first quantum network router (QNR) and a second QNR are associated with the quantum path, and the quantum path is calculated based on (i) the first QNR having, at the indicated time, one or more first quantum capabilities satisfying at least one of one or more capability criteria (ii) and the second QNR having, at the indicated time, one or more second quantum capabilities satisfying at least one of the one or more capability criteria; and
receive a third message from the QNM, the third message indicating a connection identification for the quantum connection and indicating that the quantum connection has been created.
14. The device of claim 13 , wherein the device is a quantum network client.
15. The device of claim 13 , wherein the parameter is at least one of a source QNT address, a destination QNT address, path information for the quantum path, a quantum connection creation mode, a minimum fidelity for an engagement pair, an indication of how an entanglement swapping should be performed, an indication of a protocol that should be used for entanglement swapping, a maximum number of hops that can be used for the quantum path, an indication of an application that will use the quantum connection, or an indication of a lifetime for the quantum connection.
16. The device of claim 13 , wherein the second message further indicates that the QNM has buffered the request for the quantum connection.
17. The device of claim 1 , wherein the one or more capability criteria are associated with any of: (1) an availability of one or more quantum resources, (2) a capability for performing entanglement swapping, (3) a capability for performing entanglement distillation, and (4) a capability for supporting quantum applications.
18. The device of claim 7 , wherein the one or more capability criteria are associated with any of: (1) an availability of one or more quantum resources, (2) a capability for performing entanglement swapping, (3) a capability for performing entanglement distillation, and (4) a capability for supporting quantum applications.
19. The device of claim 13 , wherein the one or more capability criteria are associated with any of: (1) an availability of one or more quantum resources, (2) a capability for performing entanglement swapping, (3) a capability for performing entanglement distillation, and (4) a capability for supporting quantum applications.