Experimental quantum cryptography with single photons and imperfect devices | Paper Citation Record

Observation 5eb1c75b-2851-43aa-80a7-cfe3cb75aabc · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 1

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Observation 95ed8fd2-4264-4352-9d88-fd44f7d7ab92 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 2

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Observation 7b90e3ff-bb43-4dae-83f6-ee91a6f1a250 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 3

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Observation ad27ef20-8445-469a-b1d1-37cdd41506c8 · outbound

This paper cites factor out.

Experimental quantum cryptography with single photons and imperfect devices factor out

Reference 4

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 5

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Observation efd4c1f0-b48d-4e7d-a6ec-039147c1d54d · outbound

This paper cites Nahar, D.

Experimental quantum cryptography with single photons and imperfect devices Nahar, D

Reference 6

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Observation 9325c3bd-8a7b-4749-bd14-4c855c947482 · outbound

This paper cites Nahar,A proof-technique-independent framework for detector imperfections in QKD, Ph.D.

Experimental quantum cryptography with single photons and imperfect devices Nahar,A proof-technique-independent framework for detector imperfections in QKD, Ph.D

Reference 7

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Observation 5182d6dc-0f4a-4abe-8956-fa2f54149bfd · outbound

This paper cites Kamin, J.

Experimental quantum cryptography with single photons and imperfect devices Kamin, J

Reference 8

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Observation e6f7ed4f-ba74-4208-9ee9-b786938f9070 · outbound

This paper cites Security of quantum key distribution with source and detector imperfections through phase-error estimation.

Experimental quantum cryptography with single photons and imperfect devices Security of quantum key distribution with source and detector imperfections through phase-error estimation

Reference 9

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Observation 43ff93d3-41d3-4cb4-9d29-2df26e90b4fd · outbound

This paper cites Currás-Lorenzo, M.

Experimental quantum cryptography with single photons and imperfect devices Currás-Lorenzo, M

Reference 10

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Observation 0c0b5b21-05ba-4f24-ab1a-2c84dc692d73 · outbound

This paper cites Currás-Lorenzo, M.

Experimental quantum cryptography with single photons and imperfect devices Currás-Lorenzo, M

Reference 11

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 12

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Observation 5b32636b-2224-4437-93d6-49a27ac5bd38 · outbound

This paper cites Zapatero, A.

Experimental quantum cryptography with single photons and imperfect devices Zapatero, A

Reference 13

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Observation eb2e47f5-a525-4f32-b1f4-54a2ec34905d · outbound

This paper cites Li, F.-Y.

Experimental quantum cryptography with single photons and imperfect devices Li, F.-Y

Reference 14

Resolution: verified exact; doi, observed 2026-08-01T13:18:22.997734Z

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Observation dce3b203-6ae8-4fa2-a31a-3a3022e9272b · outbound

This paper cites Tomamichel and R.

Experimental quantum cryptography with single photons and imperfect devices Tomamichel and R

Reference 15

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Observation e34eec59-63cd-4ea0-8ef0-e0db6cc5e190 · outbound

This paper cites Tomamichel and A.

Experimental quantum cryptography with single photons and imperfect devices Tomamichel and A

Reference 16

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Observation 9614248d-6f64-4b89-b0a5-bcebded79a57 · outbound

This paper cites Huttner, N.

Experimental quantum cryptography with single photons and imperfect devices Huttner, N

Reference 17

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Observation c923ef86-4a0b-4fbc-be06-e5be9fbcd091 · outbound

This paper cites Calsamiglia, S.

Experimental quantum cryptography with single photons and imperfect devices Calsamiglia, S

Reference 18

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Observation 531ccbb0-cf1a-4e7d-bc4a-13be02b0e14a · outbound

This paper cites Hwang, Quantum key distribution with high loss: toward global secure communication, Physical review letters91, 057901 (2003).

Experimental quantum cryptography with single photons and imperfect devices Hwang, Quantum key distribution with high loss: toward global secure communication, Physical review letters91, 057901 (2003)

Reference 19

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Observation 89a3e24b-9a3f-4402-a42f-c487cc9d9076 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 20

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Observation d416589d-410e-4a19-b064-b2c99de2155b · outbound

This paper cites Wang, Beating the photon-number-splitting attack in practical quantum cryptography, Phys.

Experimental quantum cryptography with single photons and imperfect devices Wang, Beating the photon-number-splitting attack in practical quantum cryptography, Phys

Reference 21

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Observation 24f87c4d-03ff-491e-a53a-ac4cfdf4b079 · outbound

This paper cites High-efficiency single-photon source above the loss-tolerant threshold for efficient linear optical quantum computing.

Experimental quantum cryptography with single photons and imperfect devices High-efficiency single-photon source above the loss-tolerant threshold for efficient linear optical quantum computing

Reference 22

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Observation 48724145-f319-4d71-a77b-9007aebeb369 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 23

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Observation f0ddbc0f-08d0-4f23-bd2e-c9b589fff449 · outbound

This paper cites Somaschi, V.

Experimental quantum cryptography with single photons and imperfect devices Somaschi, V

Reference 24

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Observation b7497c3f-8338-4688-82a0-4c94cfdda772 · outbound

This paper cites Schweickert, K.

Experimental quantum cryptography with single photons and imperfect devices Schweickert, K

Reference 25

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Observation 46db2826-e958-4743-9a48-1b297d7072b4 · outbound

This paper cites Rickert, D.

Experimental quantum cryptography with single photons and imperfect devices Rickert, D

Reference 26

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Observation 340f7ab4-d1e0-4052-9a32-bfeb5587fc72 · outbound

This paper cites Rickert, K.

Experimental quantum cryptography with single photons and imperfect devices Rickert, K

Reference 27

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Observation ca5f0001-99a3-497a-ab04-94bc77530ca3 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 28

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Observation 48ae6452-1d54-4011-bbc4-78c61aa6a678 · outbound

This paper cites Modified BB84 quantum key distribution protocol robust to source imperfections.

Experimental quantum cryptography with single photons and imperfect devices Modified BB84 quantum key distribution protocol robust to source imperfections

Reference 29

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Observation c2346ce1-6c11-4b0d-b20f-695d3c552aba · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 30

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Observation 7ee0decc-2096-48ac-95ac-b1621a39903b · outbound

This paper cites an unresolved cited work.

Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 31

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Observation 14727144-6c9e-437f-afdb-0266737f3b82 · outbound

This paper cites Security proofs for practical QKD: variations, techniques, gaps, and limitations.

Experimental quantum cryptography with single photons and imperfect devices Security proofs for practical QKD: variations, techniques, gaps, and limitations

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Observation 4933eb77-7f24-4c45-a034-b5c4af2018a6 · outbound

This paper cites Tupkary, S.

Experimental quantum cryptography with single photons and imperfect devices Tupkary, S

Reference 33

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Observation ba8953f0-6c01-4f50-a950-0b6b3206ed1c · outbound

This paper cites Tupkary, S.

Experimental quantum cryptography with single photons and imperfect devices Tupkary, S

Reference 34

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Observation 7f66ad99-fbd8-4915-80f1-c223d90d3fa4 · outbound

This paper cites Zahidy, M.

Experimental quantum cryptography with single photons and imperfect devices Zahidy, M

Reference 35

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Observation 60f29b24-f1a7-4d60-a58d-d70e2e12e1ea · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 36

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Observation 9adbbf23-537c-4c7a-8f73-2d1e1b3da1c0 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 37

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Observation da954c89-b204-42d0-9d35-96b959d35b73 · outbound

This paper cites Tamaki, M.

Experimental quantum cryptography with single photons and imperfect devices Tamaki, M

Reference 38

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Observation d0bc5371-90ae-41fe-8585-6096357ee589 · outbound

This paper cites Tupkary, S.

Experimental quantum cryptography with single photons and imperfect devices Tupkary, S

Reference 39

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Observation d176bcff-89bd-4b4f-acfd-190a47da0fa9 · outbound

This paper cites Dennis,Photodetectors: an introduction to current technology(Springer Science & Business Media, 2012).

Experimental quantum cryptography with single photons and imperfect devices Dennis,Photodetectors: an introduction to current technology(Springer Science & Business Media, 2012)

Reference 40

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Observation a4bf4f02-3b01-4444-830f-f26e8fe61f26 · outbound

This paper cites MizutaniandG.Kato,Securityofround-robindifferential-phase-shiftquantum-key-distributionprotocolwith correlated light sources, Physical Review A104, 062611 (2021).

Experimental quantum cryptography with single photons and imperfect devices MizutaniandG.Kato,Securityofround-robindifferential-phase-shiftquantum-key-distributionprotocolwith correlated light sources, Physical Review A104, 062611 (2021)

Reference 41

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Observation 75bf8151-d478-4fbd-bdb9-77d66a95b52f · outbound

This paper cites Behrends, L.

Experimental quantum cryptography with single photons and imperfect devices Behrends, L

Reference 42

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Observation d726de88-d124-46de-a38e-1036195e3107 · outbound

This paper cites Ferenczi and N.

Experimental quantum cryptography with single photons and imperfect devices Ferenczi and N

Reference 43

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Observation f5423919-1116-490d-9d88-0f39c3713879 · outbound

This paper cites Tomamichel, C.

Experimental quantum cryptography with single photons and imperfect devices Tomamichel, C

Reference 44

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Observation ac042289-94a8-4221-b7c6-37969de2cc7e · outbound

This paper cites Security of quantum key distribution with imperfect devices.

Experimental quantum cryptography with single photons and imperfect devices Security of quantum key distribution with imperfect devices

Reference 45

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Observation 774d65a0-3cc3-44d4-802b-8d99bbfef317 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 46

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Observation 4803c90f-ec7d-41d5-b6ba-3c4d4da13835 · outbound

This paper cites Nahar, D.

Experimental quantum cryptography with single photons and imperfect devices Nahar, D

Reference 47

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Observation 38b2f75a-5c48-4f37-b73f-ddbaed0446bc · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 48

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Observation 3ad0c25c-6452-4687-89f9-b634d881fdd2 · outbound

This paper cites Szekely,Statistics for the 21st Century: Methodologies for Applications of the Future(CRC Press, 2000).

Experimental quantum cryptography with single photons and imperfect devices Szekely,Statistics for the 21st Century: Methodologies for Applications of the Future(CRC Press, 2000)

Reference 49

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Observation 353f83c3-03b9-439a-a020-40c10c1c8307 · outbound

This paper cites We explain how these are used in proving QKD security.

Experimental quantum cryptography with single photons and imperfect devices We explain how these are used in proving QKD security

Reference 50

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Observation afba93b5-8760-4a07-bbc7-b27675458522 · outbound

This paper cites [1], which provides statistical bounds on the required quantities for proving security.

Experimental quantum cryptography with single photons and imperfect devices [1], which provides statistical bounds on the required quantities for proving security

Reference 51

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Observation 32c35e99-7838-4480-b893-cd94f6fec401 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 52

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Observation edfe8c9a-f044-4f11-98fe-7d76263b7d7b · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 53

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Observation 64ab9b0b-4e88-4032-a440-f1b7c877c5a8 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 54

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Observation 9bcf7ecb-100e-47f3-9b37-e3da965ded82 · outbound

This paper cites (A5), there are two quantities which must be estimated from the measured protocol quantities, namelyn Z,1 A,1B ande Ph.

Experimental quantum cryptography with single photons and imperfect devices (A5), there are two quantities which must be estimated from the measured protocol quantities, namelyn Z,1 A,1B ande Ph

Reference 55

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Observation d327a40d-bd10-418a-9b31-c1de93342141 · outbound

This paper cites one that always emits single photons.

Experimental quantum cryptography with single photons and imperfect devices one that always emits single photons

Reference 56

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Observation 9f96f306-d81c-4fa9-b59a-aff7e655ac40 · outbound

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Experimental quantum cryptography with single photons and imperfect devices Unresolved cited work

Reference 57

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Observation d7555d2a-9fdc-47f3-a8df-6290ec90f25e · outbound

This paper cites Code for this implementation in order to judge the differences in performance is available in the included GitHub repository.

Experimental quantum cryptography with single photons and imperfect devices Code for this implementation in order to judge the differences in performance is available in the included GitHub repository

Reference 58

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Observation 9170feb0-f01d-47ab-88df-4c176968d0f8 · outbound

This paper cites We find that the updated bounds, which are now computable in terms of observed protocol quantities, are Pr nZ,1 A,1B ≤ BSingle qZ nZ −J −1 pU >1A ,n(ε2 Z,1 A ), nmc,1A ∨ ePh.

Experimental quantum cryptography with single photons and imperfect devices We find that the updated bounds, which are now computable in terms of observed protocol quantities, are Pr nZ,1 A,1B ≤ BSingle qZ nZ −J −1 pU >1A ,n(ε2 Z,1 A ), nmc,1A ∨ ePh

Reference 59

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