ML4Q and JuniorUni Köln offer students their first Quantum Course
In July, the physics department in Cologne hosted two mini-courses aimed at middle and high school students, introducing them to the world of quantum physics. These courses, offered through the JuniorUni platform, allowed students to explore complex subjects in a university setting, nurturing their interests in science at an early age.
Quantum Mechanics Course
The first course delivered to eighteen students from grades 8 to 10. Over three lectures, Maksimilian Usoltcev guided the students through the fundamental concepts of quantum mechanics. Using simplified materials and relatable examples, he explained intricate ideas such as entanglement, superposition, and quantum teleportation. These engaging topics captured the students’ imaginations, providing them with a captivating introduction to the principles that govern the quantum world.
Quantum Computing Course
The second course focused on quantum computing and was designed for six high school students. In the initial lecture, Rochus Klesse laid the groundwork by introducing the mathematical foundations of quantum information. He discussed the counterintuitive nature of quantum computing, emphasizing its vast potential in revolutionizing information processing.
In the second part of the course, Jakob Schluck provided an overview of the experimental research being conducted at Cologne’s physics department. He discussed material fabrication and the ongoing efforts to create a perfectly functioning qubit, a fundamental building block of quantum computers. To give students a hands-on experience, the lecture was followed by a lab tour, where they observed the cutting-edge technology used in quantum research labs.
JuniorUni Platform
JuniorUni, through the voluntary contributions of experts from various fields, including members of the ML4Q (Matter and Light for Quantum Computing) cluster, offers these university-level experiences to school students free of charge. By bridging the gap between school education and advanced scientific research, JuniorUni aims to inspire the next generation of scientists and innovators.