Quantum Computing - One Weird Trick to Break RSA Encryption

Explore the security implications of quantum computing in this 40-minute conference talk from RSA Conference. Delve into how Shor's Algorithm can break RSA encryption in mere seconds, a task that would take classical computers trillions of years. Learn about the current state of quantum computers, the roadmap to 10 million qubits, and the risks posed to existing encryption standards. Discover the evolution of quantum computing, from early quantum mechanical models to today's industry developments. Gain insights into quantum entanglement, Moore's Law in the quantum context, and various quantum algorithms. Understand the Divincenzo Criteria, Quantum Volume Metric, and the NIST competition for post-quantum cryptography. Examine the properties and future of quantum cryptography, and find out what skills are needed in this rapidly advancing field.

Introduction
Quantum isnt new
Quantum mechanical model
First quantum algorithms
Quantum computing industry
What are quantum computers
Entanglement
Moores Law
Quantum Computing
Quantum Algorithms
RSA
Shors Algorithm
Quantum World
Quantum Error Correction
Divincenzo Criteria
Quantum Volume Metric
NIST Competition
Properties of Quantum Cryptography
Quantum Cryptography
Future of Quantum Computing
What Skills Do You Need
Conclusion