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on
1
Intro
2
Quantum effects become relevant
3
Quantum mechanics
4
Quantum bits
5
Platforms
6
Superconducting circuits
7
Trapped ions
8
Rydberg atoms
9
QuBits
10
Use case: Quantum chemistry
11
Use case: Penicillin
12
Use case: Logistics
13
Use case: Finance
14
Quantum computing in DK
15
Kvantify
16
Deep dive: first project
17
Timeline
18
Tech stack
19
Architecture
20
CI/CD
21
Enter Bazel
22
Robustness
23
Testing
24
Final solution
25
Outro
Description:
Explore the intersection of quantum computing and high-performance computing in the cloud through this 36-minute conference talk from GOTO Aarhus 2023. Dive into the fundamentals of quantum mechanics, quantum bits, and various quantum computing platforms including superconducting circuits, trapped ions, and Rydberg atoms. Discover real-world applications in quantum chemistry, drug design, logistics, and finance. Learn about the quantum computing landscape in Denmark and gain insights into Kvantify's approach to integrating quantum and classical computing. Follow a deep dive into a project timeline, tech stack, architecture, and CI/CD processes, with a focus on using Bazel for robust development. Understand how quantum computing, combined with classical high-performance computing, can tackle some of humanity's most computationally challenging problems.

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

GOTO Conferences
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