Programmable Quantum Cryptography Educational System
Programmable Quantum Cryptography Educational Kit - EKPQC
EKPQC is designed to convey the ideas and steps of a Quantum Key Distribution implementation.
The "quantum channel" is simulated with macroscopic pulses of red laser light and the classical channel with infrared pulses.
- Full-stack simulation of quantum cryptography with laser pulses at 660 nm
- Quantum key distribution using BB84 protocol
- Classical channel with infrared transceivers
- Secret message encryption and transmission
- Hacking of the secret message (with eavesdropping add-on)
- Student Manual includes demonstration of basic ideas, to automated operation with programs
- Stepping stones for further explorations in quantum physics and technologies, experimental control and cryptography.
The EKPQC is available as a Basic Kit with only Alice and Bob without optional Eavesdropper Eve. EKPQC is operated by at least two/three computers/laptops with Alice, Bob and Bob. EKPQC can be user assembled. An Assembly and Installation Manual is provided with Kits.
- Basic Kit includes
Alice and Bob Component List
Simulated quantum channel, which consists of:
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- One 660 nm coherent light source
- One Quarter-Waveplate in a rotation mount
- Two Motorized Linear Polarizers
- One Photodetector
- Two aluminium base plates as Alice and Bob’s stations
- Two Arduinos with electronics for experimental control
Classical channel, which consists of:
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- Two Arduinos with Electronics to control the transceivers
- Optional Eavesdropper (Eve) Kit
Eavesdropper (Eve) Component List
Simulated quantum channel, which consists of:
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- Two Motorized Linear Polarizers
- Two Photodetectors
- One aluminium base plate as Eve’s stations
- Two Non-Polarizing Beamsplitters
- One Arduino with electronics for experimental control
Classical channel, which consists of:
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- One Arduino with electronics to control the transceivers
Each kit includes one copy each of:
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- Installation and Assembly Manual
- Student’s Manual
- Instructor’s Manual
