Media Summary: Tight analytic bound on the trade-off between device-independent randomness and nonlocality Authors Lewis Wooltorton ... Thibault Michel (ANU Canberra, Paris 6); Jing Yan Haw (ANU Canberra, NUS Singapore); Davide G. Marangon (U. Padova); ... Cryptography from Pseudorandom Quantum States Authors: Prabhanjan Ananth (University of California, Santa Barbara); ...

Qcrypt 2020 Contributed Talks 4a Random Number Generation - Detailed Analysis & Overview

Tight analytic bound on the trade-off between device-independent randomness and nonlocality Authors Lewis Wooltorton ... Thibault Michel (ANU Canberra, Paris 6); Jing Yan Haw (ANU Canberra, NUS Singapore); Davide G. Marangon (U. Padova); ... Cryptography from Pseudorandom Quantum States Authors: Prabhanjan Ananth (University of California, Santa Barbara); ... Experimental Demonstration of Discrete Modulation Formats for Continuous Variable Quantum Key Distribution Authors: Franois ... Quantum cryptography with classical communication: parallel remote state preparation for copy-protection, verification, and more ... Nhan Duy Truong (NeuroSyd Research Laboratory, University of Sydney, Australia); Jing Yan Haw (ECE,NUS CQC2T, ANU ...

Wen-Zhao Liu (University of Science and Technology of China); Ming-Han Li (University of Science and Technology of China); ...

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QCrypt 2020: Contributed Talks 4a: Random-number generation
QCrypt 2020: Contributed Talks 4b: Experimental QKD
QCrypt 2022: Contributed Talk41
QCrypt 2020: Real-Time Self-Testing Quantum Random Number Generator with Non-classical States
Qcrypt 2022: Contributed Talk94
QCrypt 2020: Business Meeting & Best Student Paper Price
Qcrypt 2022: Contributed Talk107
Roger Colbeck: Device-Independent Random Number Generation
QCrypt 2020: Contributed Talks 2a: Experiments: QKD and beyond
Qcrypt 2022: Contributed Talk59
QCrypt 2020 - Tuesday, 11 August 2020
QCrypt 2020: Benchmarking a Quantum Random Number Generator with Machine Learning
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QCrypt 2020: Contributed Talks 4a: Random-number generation

QCrypt 2020: Contributed Talks 4a: Random-number generation

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QCrypt 2020: Contributed Talks 4b: Experimental QKD

QCrypt 2020: Contributed Talks 4b: Experimental QKD

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QCrypt 2022: Contributed Talk41

QCrypt 2022: Contributed Talk41

Tight analytic bound on the trade-off between device-independent randomness and nonlocality Authors Lewis Wooltorton ...

QCrypt 2020: Real-Time Self-Testing Quantum Random Number Generator with Non-classical States

QCrypt 2020: Real-Time Self-Testing Quantum Random Number Generator with Non-classical States

Thibault Michel (ANU Canberra, Paris 6); Jing Yan Haw (ANU Canberra, NUS Singapore); Davide G. Marangon (U. Padova); ...

Qcrypt 2022: Contributed Talk94

Qcrypt 2022: Contributed Talk94

Cryptography from Pseudorandom Quantum States Authors: Prabhanjan Ananth (University of California, Santa Barbara); ...

QCrypt 2020: Business Meeting & Best Student Paper Price

QCrypt 2020: Business Meeting & Best Student Paper Price

fourth day of

Qcrypt 2022: Contributed Talk107

Qcrypt 2022: Contributed Talk107

Experimental Demonstration of Discrete Modulation Formats for Continuous Variable Quantum Key Distribution Authors: Franois ...

Roger Colbeck: Device-Independent Random Number Generation

Roger Colbeck: Device-Independent Random Number Generation

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QCrypt 2020: Contributed Talks 2a: Experiments: QKD and beyond

QCrypt 2020: Contributed Talks 2a: Experiments: QKD and beyond

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Qcrypt 2022: Contributed Talk59

Qcrypt 2022: Contributed Talk59

Quantum cryptography with classical communication: parallel remote state preparation for copy-protection, verification, and more ...

QCrypt 2020 - Tuesday, 11 August 2020

QCrypt 2020 - Tuesday, 11 August 2020

second day of

QCrypt 2020: Benchmarking a Quantum Random Number Generator with Machine Learning

QCrypt 2020: Benchmarking a Quantum Random Number Generator with Machine Learning

Nhan Duy Truong (NeuroSyd Research Laboratory, University of Sydney, Australia); Jing Yan Haw (ECE,NUS | CQC2T, ANU ...

QCrypt 2020: Device-independent randomness expansion against quantum side information

QCrypt 2020: Device-independent randomness expansion against quantum side information

Wen-Zhao Liu (University of Science and Technology of China); Ming-Han Li (University of Science and Technology of China); ...

QCrypt 2020: Invited Pereira: Quantum key distribution with correlated sources

QCrypt 2020: Invited Pereira: Quantum key distribution with correlated sources

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QCrypt 2020: Contributed Talks 1b: Mostly Theory

QCrypt 2020: Contributed Talks 1b: Mostly Theory

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Qcrypt 2022: Poster134

Qcrypt 2022: Poster134

Quantum

QCrypt 2020: Contributed Talks 2b: Device independence: theory and experiment

QCrypt 2020: Contributed Talks 2b: Device independence: theory and experiment

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