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Quantum Computing Meets High Performance Computing Skills in the Class

Webcast
In this webcast, SEI AI researcher Dan Justice and NVDIA Senior Technical Marketing Engineer Monica VanDieren discuss why HPC and AI skills are no longer optional for quantum professionals and explore how to bridge the current educational gap to prepare students for the reality of accelerated quantum supercomputing.
Publisher

Software Engineering Institute

Topic or Tag

Watch

Abstract

Accelerated quantum supercomputing allows domain scientists to address complex problems across various disciplines. These distributed hybrid systems require not only an understanding of quantum computing (QC) but also high-performance computing (HPC) skills to manage and optimize quantum-classical workflows and artificial intelligence (AI) to address challenges in advancing quantum computing technology, including error correction and calibration, and control. Modern university-level QC curriculums address QC and hybrid algorithms, but they overlook the practical scaling of these topics and the HPC and AI skills requisite to do so.

What Attendees Will Learn:

• What accelerated quantum supercomputing is

• Why HPC and AI are vital for QC professionals

• How universities teach advanced quantum algorithms today

• How to address students’ HPC skill gap

About the Speaker