Overview
This course covers the learning outcomes and goals of understanding post-quantum digital signatures with OQRNG (optical quantum random number generator). Students will learn about cryptography, one-time pads, public key encryption, digital signatures, post-quantum cryptography, hash-based digital signatures, quantum random number generators, and key generation. The teaching method involves a lecture-style presentation with slides and demonstrations. The intended audience for this course includes individuals interested in information security, cryptography, and quantum technologies.
Syllabus
Introduction
Cryptography
Onetime Pad
Leak
ASCII table
Public key encryption
Public key cryptosystem
Digital signatures
Post quantum cryptography
Quantum supremacy
IBM didnt like it
Efficiency
Hashbased digital signatures
Onetime signature
Verify signature
Minimum security
One time signature
Hash values
Signature generation
How it works
Quantum random number generators
Geiger Muller detector
Random number generator
Quantum optics
Time of arrival generators
Key generation
Security
Python implementation
Time intervals
Schema efficiency
Questions
Taught by
DefCamp