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Quantum Internet

01 /Quantum Computers and Quantum Internet 02 /Introduction to the Quantum Internet 03 /A small quantum network 04 /Quantum Internet: from the lab to the protocol 05 /What is a Quantum Internet? 06 /Tasks for a Quantum Internet 07 /Applications of a Quantum Internet 08 /Quantum Key Distribution using BB84 09 /Quantum Teleportation 10 /Blind Quantum Computing 11 /Distributed Systems 12 /Elements of a Quantum Internet 13 /Repeaters 14 /Circuit mapping, routing and scheduling 15 /Introducing entanglement distillation 16 /Entanglement distillation example

Tasks for a Quantum Internet

Why is there so much hussle on building the quantum internet? Seems like a titanic task to persue if we already have a currently working internet... What makes it so special?

There are many tasks that have been a challenge to solve using classical information. Now, with the power of entanglement and instant correlation of measurements some of them will soon be problems of the past. This ranges from clock syncrhonization (extremely important for GPS, for instance) to completely blind cloud computation using quantum computers. All thanks to entanglement.

In this short lecture David Elkouss will briefly go through the most known applications of a quantum network such as QKD, cloud based quantum computation or solving the Byzantine agreement problem.

 

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