Remote authentication through reconfigurable boson samplers

1. A method for remote authentication, comprising the steps of:

providing an input photon configuration for an optical transmission network from a client to a remote authority, wherein the optical transmission network is part of a verification system which comprises a photon source, one or more input switches on an input side of the optical transmission network wherein the input switches are configured to provide the input photon configuration to the optical transmission network, and an array of photo-detectors on an output side of the optical transmission network wherein the array of photo-detectors is capable of resolving single photons and wherein the array of photo-detectors is configured to measure output quantum photon coincidence frequencies from the optical transmission network;

receiving a response by the client from the remote authority, the response comprising measured output quantum photon coincidence frequencies from the optical transmission network based on the input photon configuration;

comparing the measured output quantum photon coincidence frequencies to output quantum photon coincidence probabilities calculated for the optical transmission network; and

verifying the response if the measured output quantum photon coincidence frequencies matches the output quantum photon coincidence probabilities calculated for the optical transmission network with less than a predetermined level of error which indicates that the remote authority is in physical possession of the optical transmission network, otherwise un-verifying the response,

wherein the verifying further comprises determining whether the response is received from the remote authority within a predetermined response time, wherein the predetermined response time is equivalent to an amount of time needed i) for the optical transmission network to measure the output quantum photon coincidence frequencies based on the input photon configuration and ii) to transmit the response comprising the measured output quantum photon coincidence frequencies from the remote authority to the client.

2. The method of claim 1 , wherein the response further comprises an n-most frequent output photon coincidences.

3. The method of claim 1 , further comprising the step of:

calculating the output quantum photon coincidence probabilities for the optical transmission network utilizing public classical optical transmission properties of the optical transmission network.

4. The method of claim 1 , wherein the photon source comprises an 8 photon source.

5. The method of claim 1 , wherein the photon source is a laser.

6. The method of claim 1 , wherein the photon source is a quantum dot device.

7. The method of claim 1 , wherein the optical transmission network comprises a boson sampler.

8. The method of claim 1 , further comprising the step of:

verifying the response only if the response is received within the predetermined response time, otherwise un-verifying the response.

9. A computer program product for remote authentication, the computer program product comprising a computer readable storage medium having program instructions embodied therewith, the program instructions when executed by a computer to cause the computer to:

provide an input photon configuration for an optical transmission network from a client to a remote authority, wherein the optical transmission network is part of a verification system which comprises a photon source, one or more input switches on an input side of the optical transmission network wherein the input switches are configured to provide the input photon configuration to the optical transmission network, and an array of photo-detectors on an output side of the optical transmission network wherein the array of photo-detectors is capable of resolving single photons and wherein the array of photo-detectors is configured to measure output quantum photon coincidence frequencies from the optical transmission network;

receive a response by the client from the remote authority, the response comprising measured output quantum photon coincidence frequencies from the physical optical transmission network based on the input photon configuration;

compare the measured output quantum photon coincidence frequencies to output quantum photon coincidence probabilities calculated for the optical transmission network; and

verify the response if the measured output quantum photon coincidence frequencies matches the output quantum photon coincidence probabilities calculated for the optical transmission network with less than a predetermined level of error which indicates that the remote authority is in physical possession of the optical transmission network, otherwise un-verify the response,

wherein, when verifying the response, the program instructions further cause the computer to determine whether the response is received from the remote authority within a predetermined response time, wherein the predetermined response time is equivalent to an amount of time needed i) for the optical transmission network to measure the output quantum photon coincidence frequencies based on the input photon configuration and ii) to transmit the response comprising the measured output quantum photon coincidence frequencies from the remote authority to the client.

10. The computer program product of claim 9 , wherein the program instructions further cause the computer to:

calculate the output quantum photon coincidence probabilities for the optical transmission network utilizing public classical optical transmission properties of the optical transmission network.

11. The computer program product of claim 9 , wherein the program instructions further cause the computer to:

verify the response only if the response is received within the predetermined response time, otherwise un-verify the response.

12. A verification system, comprising:

a photon source;

an optical transmission network;

one or more input switches on an input side of the optical transmission network, wherein the input switches are configured to provide an input photon configuration to the optical transmission network;

an array of photo-detectors on an output side of the optical transmission network, wherein the array of photo-detectors is capable of resolving single photons, and wherein the array of photo-detectors is configured to measure output quantum photon coincidence frequencies from the optical transmission network; and

a statistics engine and response output module on an output side of the array of photo-detectors, wherein the statistics engine and response output module is configured to measure output quantum photon coincidence frequencies from the optical transmission network based on a given input photon configuration received from a client, and send a response to the client within a predetermined response time the response comprising measured output quantum photon coincidence frequencies from the optical transmission network based on the given input photon configuration, and wherein the predetermined response time is equivalent to an amount of time needed i) for the statistics engine and response output module to measure the output quantum photon coincidence frequencies based on the given input photon configuration and ii) to transmit the response comprising the measured output quantum photon coincidence frequencies to the client.

13. The verification system of claim 12 , wherein the optical transmission network comprises a boson sampler.