Secure Quantum Communication & Quantum Key Distribution 101 - Dr. Urbasi

As a community, QuantumComputingIndia is committed to learning through theory and practise and one such enabler is our #FaciltatorSeries where we invite exceptional academicians and Practitioners to share their knowledge with the community. As a part of this ongoing series we had Dr. Urbasi with us last saturday and this is quick log of the knowledge shared by Dr. Urbasi around Qauntum Communications and the state of such research initiatives in India. The different ways in which quantum key distribution can be done 1.Without using Entanglement example:bb84 protocol In this protocol we do not use entanglement but we use the uncertainty principle or the no cloning theorem for non orthogonal states to protect the information. 2.With Entanglement example:EPR protocol The critical elements to be developed in QKD: Quantum source QKD simulations QKD protocol Sifting Privacy amplification Error correction Secure key. Similarly there is the b92 protocol which is also a prepare and measure protocol so b92 is essentially a modified version of bb84 the only difference here is that instead of using four bases we use two bases. Curious about QuantumComputing ? Join India's fastest growing community - https://quantumcomputingindia.com/ Register for our next #FaciltatorSeries session at : https://quantumcomputingindia.com/cry... #QKD #QuantumCryptography #QuantumComputingIndia

Securing Future Communications with Quantum Key Distribution | Dr. Anindita Bannerjee
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Securing Future Communications with Quantum Key Distribution | Dr. Anindita Bannerjee

How Quantum Key Distribution Works (BB84 & E91)
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How Quantum Key Distribution Works (BB84 & E91)

Steve Girvin: Secure Communication in a Quantum World – BB84 Protocol
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Steve Girvin: Secure Communication in a Quantum World – BB84 Protocol

What is SonarQube | Introduction SonarQube | SonarQube Tutorial | SonarQube Basics | Intellipaat
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What is SonarQube | Introduction SonarQube | SonarQube Tutorial | SonarQube Basics | Intellipaat

Sean Carroll: Extracting the universe from the wave function
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Sean Carroll: Extracting the universe from the wave function

Materials tutorial: Optics as a platform for quantum computing
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Materials tutorial: Optics as a platform for quantum computing

AI Is Creating A Rare Opportunity For Investors. How Jim Roppel Is Playing It. | Investing With IBD
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AI Is Creating A Rare Opportunity For Investors. How Jim Roppel Is Playing It. | Investing With IBD

28.Quantum key distribution I: BB84 protocol
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28.Quantum key distribution I: BB84 protocol

Quantum Computing for Computational Advantage
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Quantum Computing for Computational Advantage

Prof. Artur Ekert: Quantum Cryptography - the ultimate physical limits of privacy
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Prof. Artur Ekert: Quantum Cryptography - the ultimate physical limits of privacy

How To Code In Python | Python Tutorial For Beginners | Python Basics | Learn Python | Intellipaat
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How To Code In Python | Python Tutorial For Beginners | Python Basics | Learn Python | Intellipaat

The Race to Harness Quantum Computing's Mind-Bending Power | The Future With Hannah Fry
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The Race to Harness Quantum Computing's Mind-Bending Power | The Future With Hannah Fry

Brian Greene and Leonard Susskind: Quantum Mechanics, Black Holes and String Theory
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Brian Greene and Leonard Susskind: Quantum Mechanics, Black Holes and String Theory

Theoretical Tutorial: Quantum communications
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Theoretical Tutorial: Quantum communications

Scott Aaronson - The TRUTH About Quantum Computing
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Scott Aaronson - The TRUTH About Quantum Computing

Introducing the Thorlabs Quantum Cryptography Teaching Kit
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Introducing the Thorlabs Quantum Cryptography Teaching Kit

Lecture 22 Quantum Key Distribution - Intro to Quantum Information Science and Technology(2023)
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Lecture 22 Quantum Key Distribution - Intro to Quantum Information Science and Technology(2023)

Lunch & Learn: Quantum Computing
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Lunch & Learn: Quantum Computing

Quantum Key Distribution - Norbert Lütkenhaus - USEQIP 2011
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Quantum Key Distribution - Norbert Lütkenhaus - USEQIP 2011

Quantum Computing for Computer Scientists
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Quantum Computing for Computer Scientists