In the video, Yin-Chen He discusses his research in quantum condensed matter and critical phenomena, emphasizing the beauty of nature and physics as he explores phase transitions, such as boiling water. He highlights the collaborative environment at the Perimeter Institute and his inspiration from physicist Sean Yang, which fuels his passion for uncovering the underlying principles of the universe through theoretical physics.
In the video, Yin-Chen He, a faculty member at the Quantum Matter Group of the Perimeter Institute, discusses his passion for theoretical physics and the challenges it presents. He focuses on the study of quantum condensed matter, particularly critical phenomena that occur during phase transitions. He explains that these phenomena are not limited to quantum systems but can also be observed in everyday situations, such as boiling water, where a transition occurs between liquid and gas states.
He expresses his goal of discovering new structures that can help solve problems related to critical phenomena, which are often described by quantum field theory. He emphasizes that while he and his colleagues study similar subjects, they approach them from different angles, allowing for a rich exchange of ideas and insights within the field.
Yin-Chen cites Sean Yang, a prominent Chinese-American physicist, as a significant role model who inspired his interest in physics. He recounts how Yang’s discussions about the beauty of nature and physics captivated him, even when he didn’t fully grasp the concepts at the time. This inspiration fueled his desire to conduct research and understand the underlying principles governing the universe.
He appreciates the multidisciplinary environment at the Perimeter Institute, where collaboration with colleagues from various fields is encouraged. He highlights the convenience of discussing ideas and conducting research in close proximity to others, fostering a vibrant intellectual community that enhances the exploration of quantum phenomena.
Ultimately, Yin-Chen finds beauty in the complexity of nature and the universe, which can often be described by simple mathematical rules. He believes that the interconnectedness of critical phenomena in both natural and human contexts, captured by similar mathematical formulas, is a fascinating aspect of his work, reinforcing his passion for theoretical physics.