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Jamie Batuwantudawe
Anirban Das
Animesh Datta
Ross Duncan
Ernesto Galvao
S. Glancy
Veiko Palge
Éric Oliver Paquette
Luis Gerardo Pedraza Saavedra
Simon Perdrix
Mehrnoosh Sadrzadeh
Anya Tafliovich
Michael Varnava

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A Look at a Three State Quantum Key Distribution Protocol.

Jamie Batuwantudawe, Institute for Quantum Computing


Quantum key distribution (QKD) protocols allow two parties, Alice and Bob, to establish secure keys. The most well-known protocol is BB84, using four distinct states. Recently, Phoenix et al. proposed a three state protocol. We explain the protocol and discuss its security proof. The three state protocol also has an interesting structure that allows for errors estimation from the inconclusive results (ie. where Alice and Bob choose different bases). This eliminates the need for sampling, potentially useful when qubits are limited. We discuss the effectiveness of this approach compared to BB84 for the case where a good error estimate is required.



 
 
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