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Munich Quantum Software Forum 2024: Talk by Adrian Vetter (planqc)

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Title:
Taming Atoms with Code: Software Challenges in Building Neutral Atom Quantum Computers
Abstract:
Building a neutral atom quantum computer is a challenging problem in itself. The hardware must meet numerous requirements, pushing the boundaries of physics and engineering. However, the less visible part – the software running the quantum computer – also faces significant challenges. It must tackle complex problems to ensure successful quantum computation with the trapped neutral atoms under strict constraints. In this talk, we will begin with a brief introduction to neutral atom quantum computing, followed by an exploration of the most compelling software challenges within the software stack.
Biography:
Adrian Vetter, Head of Software at planqc, leads the development of the software stack for planqc’s neutral atom quantum computer. With extensive experience in software engineering across various domains and a passion for emerging technologies – ranging from machine learning to distributed ledger systems – he is dedicated to building robust solutions for the future of quantum computing.
Taming Atoms with Code: Software Challenges in Building Neutral Atom Quantum Computers
Abstract:
Building a neutral atom quantum computer is a challenging problem in itself. The hardware must meet numerous requirements, pushing the boundaries of physics and engineering. However, the less visible part – the software running the quantum computer – also faces significant challenges. It must tackle complex problems to ensure successful quantum computation with the trapped neutral atoms under strict constraints. In this talk, we will begin with a brief introduction to neutral atom quantum computing, followed by an exploration of the most compelling software challenges within the software stack.
Biography:
Adrian Vetter, Head of Software at planqc, leads the development of the software stack for planqc’s neutral atom quantum computer. With extensive experience in software engineering across various domains and a passion for emerging technologies – ranging from machine learning to distributed ledger systems – he is dedicated to building robust solutions for the future of quantum computing.