Join Richard Versluis, principal systems engineer for quantum computing at TNO, for an in-depth masterclass on the inner workings of quantum computers. This session will cover essential hardware and software components, explaining their functions and the differences between various qubit technologies.

We will deep-dive into the crucial hardware and software components, explain what they do and how they work. We will explain at a technical level, to clarify which hardware and software components are generic between the different qubit modalities (qubit-agnostic) and which are specific to certain types of qubit technologies.

You will get insight in the specifications that are required from current and future components in the development of quantum computers to help you understand the risks and challenges in the development of quantum computers, but also the opportunities. Focus will be on different qubit technologies such as ion trap quits, neutral atom qubits, superconducting qubits, semiconducting quits, qubits based on color centers and photonic qubits which will provide insight in the technical differences between these systems in terms of scaling and development steps.

Key Topics:

• Overview of major qubit technologies and their components (30 min)
• Detailed examination of hardware and software, including scaling and development (60 min)
• Summary and Q&A (15 min)

This masterclass is designed for senior decision-makers in quantum technology, regardless of their technical background. Understanding the fundamentals of quantum computers is crucial for anyone involved in the quantum technology supply chain, whether as an end user, advisor, or investor.