Professor Chang began by introducing the National Taiwan University IBM Quantum Computing Center. The establishment of this center marks a significant step for Taiwan in the field of quantum technology. Professor Chang emphasized that the center's mission is to root quantum education in Taiwan, nurturing more quantum technology talents for the future. This introduction not only outlined the course's background but also highlighted the importance of quantum education development in Taiwan. Next, Professor Chang led students through a review of computer development history. From the bulky vacuum tubes to the tiny transistors, and then to the ubiquitous integrated circuits of today, each technological leap has driven the progress of human civilization. In this context, Professor Chang proposed a thought-provoking possibility: the computational core of the future could very well be quantum circuits. This historical review not only connected the past with the future but also laid the foundation for students to understand the importance of quantum computing. The core part of the course focused on the essence of quantum technology. Professor Chang explained quantum properties and the basic principles behind quantum technology in a clear and accessible manner. Concepts such as superposition, entanglement, interference, and tunneling, although abstract and difficult to understand, are key to comprehending the quantum world. Through Professor Chang's explanation, these complex concepts became vivid and interesting, allowing students to glimpse the wonders of the quantum world. After elucidating the basic principles of quantum technology, Professor Chang turned his vision to the future, discussing the potential applications and advantages of quantum technology. The development in areas such as quantum computing, quantum communication, and quantum sensing could not only radically change our lives but also bring revolutionary progress to human society. This part of the discussion sparked students' imagination, filling them with anticipation for the future. At the end of the course, theory and practice were perfectly combined. Professor Chang and the teaching assistants helped students register and familiarize themselves with the IBM Qiskit platform. This session not only gave students the opportunity to experience quantum programming firsthand but also opened a door for their future learning and research. This course was a quantum technology journey spanning space and time. From the review of computer development history to the in-depth exploration of quantum principles, and then to the prospect of future applications, Professor Chang painted a complete picture of quantum technology for the students. Through the combination of theoretical learning and practical operation, this course not only enriched students' knowledge reserves but also ignited their passion for quantum technology.

Implemented by College of Science
Date: 2024/09/22