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YouTube

The Grand Challenge and Promise of Quantum Computing

GOTO Conferences via YouTube

Overview

This course on quantum computing aims to introduce the basic concepts behind quantum computing, summarize the state-of-the-art of solid-state implementations of quantum circuits, and discuss the challenges and promises of quantum computing. The course covers topics such as the physics of computation, exponential complexity of quantum bits, building and maintaining qubits, quantum error correction, and potential applications of quantum computing. The teaching method involves a presentation style lecture. This course is intended for individuals interested in understanding the fundamentals of quantum computing, including students, researchers, and professionals in the fields of physics, computer science, and engineering.

Syllabus

Intro
The physics of computation
Can we do better?
Far-reaching potential applications
Exponential complexity of quantum bits
How quantum computers compute
Building a quantum computer
The Grand Challenge: keeping qubits alive
Qubits can be built on a chip!
Extending quantum coherence Example: Spin qubits in semiconductor quantum dots
Quantum error correction
Qubits have personalities
Way forward 1: Use industry cleanrooms
QuTech-Intel collaboration
Scalable wiring & control
Integrated control architecture
Quantum Computing Use Cases
Cloud based platforms
Systems approach needed
When will there be a quantum computer?
Projecting quantum progress
Can we accelerate software development?
The quantum computer- Coming to stores near you (soon)

Taught by

GOTO Conferences

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