This course covers the potential impact of quantum computing on various fields such as machine learning, medicine, and energy systems. The learning outcomes include understanding how quantum computers work, programming a quantum computer using quantum gates, and exploring quantum algorithms like Shor's Algorithm and Grover's Algorithm. The course teaches the skills needed to operate a quantum computer, build one, and achieve Quantum Supremacy. The teaching method involves lectures and practical examples. The intended audience for this course includes individuals interested in quantum computing, developers looking to specialize in quantum technology, and anyone curious about the future possibilities of quantum computers.
Overview
Syllabus
Intro
Quantum Computing Jessica Pointing
What is the equivalent of the battery?
MAPS Of Quantum Computing
Quantum Algorithm: Shor's Algorithm
Quantum Physics
Materials
Machine Learning
Unstructured Search
100 tries
Quantum Algorithm: Grover's Algorithm
Solve the unsolved problems
How does a quantum computer operate?
Execute a quantum algorithm with quantum gates
Goal of Algorithm: use quantum effects in special ways to solve problem
Can you program a quantum computer?
You can program a quantum computer using quantum gates
How do we build a quantum computer?
Experiment
Google and NASA achieved Quantum Supremacy
Opportunity for Quantum Developers
Develop the next developers for quantum computing
Taught by
GOTO Conferences
