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1
Introduction
2
Quantum theory is everywhere
3
The four forces
4
Initial configuration
5
Moores Law
6
Why is this important
7
Quantum annealing
8
Universal quantum computers
9
Useful quantum supremacy
10
Classical vs quantum data
11
Examples
12
Material Simulation
13
Quantum Assisted Reinforcement Learning
14
Optimal Clustering
15
Neural Networks
16
Optimization
17
Cryptography
18
Questions
19
Where to learn
20
Scifi applications
21
Developers
Description:
Explore the potential of near-term quantum computers in this 46-minute conference talk from WeAreDevelopers World Congress 2018. Delve into quantum theory's ubiquity, the four fundamental forces, and Moore's Law's implications. Discover the differences between quantum annealing and universal quantum computers, and understand the concept of useful quantum supremacy. Compare classical and quantum data processing, examining practical applications in material simulation, quantum-assisted reinforcement learning, optimal clustering, neural networks, optimization, and cryptography. Learn about resources for further study and discuss potential sci-fi applications. Gain insights into the strengths and weaknesses of quantum computing, equipping developers with practical knowledge for the quantum era.

The Era of Quantum Computing Is Here

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