Disentangling the world of quantum computing
Course Description
Curious about the strange and fascinating world of quantum computing? Join us for an immersive seminar that will unravel the mysteries of quantum mechanics and its revolutionary implications for technology. We will explore key principles that set quantum physics apart from classical physics, helping you understand phenomena such as superposition and entanglement—and what is qubit? Through engaging discussions and hands-on activities, we'll delve into the groundbreaking advances in quantum computing, including quantum algorithms and their potential to solve complex problems beyond the reach of classical computers. Heard of topological quantum computing? We will dive into the word’s meaning and why this is relevant for quantum computing.
The campus hosts real-world quantum experiments, providing a tangible connection to the concepts we discuss. This seminar will invite students to see labs holding equipment that cools to temperatures colder than the outer space. This seminar is for students interested in the STEM field and a basic understanding of high school physics, calculus, linear algebra is expected.
By the end of the seminar, you’ll gain a deeper understanding of the buzzword quantum computing and fundamental principles relating to future technologies.
Meet the Instructor: Charlotte Bøttcher
“I’m Charlotte Bøttcher, a new assistant professor in the Applied Physics department. I’m excited to share my research interests with you. In my lab we develop experimental tools for quantum sensing and quantum information technology. We work with new exotic materials in low dimensions where novel particle interactions can lead to unique properties that we can engineer for quantum devices. Understanding these systems is important for creating qubits that take advantage of their novel features. I’m looking forward to working with all of you and exploring these topics together!”
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