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Solving Hard Problems with Quantum & High-Performance Computing in The Cloud

GOTO Conferences via YouTube

Overview

This course covers the integration of quantum computing with classical high-performance computing to solve computationally difficult problems efficiently. The learning outcomes include understanding quantum effects, quantum mechanics, quantum bits, different platforms like superconducting circuits and trapped ions, and use cases in quantum chemistry, penicillin, logistics, and finance. The course teaches about Kvantify, the tech stack, architecture, CI/CD, and the use of Bazel for robustness and testing. The teaching method involves a presentation style with a focus on practical applications. The intended audience includes individuals interested in quantum computing, high-performance computing, cloud computing, and software development for solving complex industry problems.

Syllabus

Intro
Quantum effects become relevant
Quantum mechanics
Quantum bits
Platforms
Superconducting circuits
Trapped ions
Rydberg atoms
QuBits
Use case: Quantum chemistry
Use case: Penicillin
Use case: Logistics
Use case: Finance
Quantum computing in DK
Kvantify
Deep dive: first project
Timeline
Tech stack
Architecture
CI/CD
Enter Bazel
Robustness
Testing
Final solution
Outro

Taught by

GOTO Conferences

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