In an inspiring blend of education and scientific discovery, an undergraduate student from CityUHK Physics, Mr Ho King Yin, recently undertook a research expedition to the renowned French Synchrotron Source, SOLEIL, located in Paris, France, in October 2024. This facility, famed for its state-of-the-art synchrotron radiation capabilities, provides an exceptional platform for Mr Ho King Yin to delve into the intricate world of magnetic phase transitions.
Under the guidance of expert researchers at SOLEIL and CityUHK, Mr Ho King Yin focused on studying the microscopic changes that occur in magnetic materials during phase transitions. These transitions, which are pivotal when a material alters its magnetic order due to temperature shifts or external magnetic fields, hold significant implications for the development of advanced magnetic technologies.
During the research project, Mr Ho King Yin employed sophisticated experimental techniques such as X-ray spectroscopy. These methods allowed for a detailed examination of the structural and electronic properties of the materials. The insights gained from this research have the potential to make substantial contributions to the fields of condensed matter physics and materials science, particularly in the innovation of new magnetic materials for solid-state caloric technological applications.
This hands-on experience at SOLEIL not only equipped Mr Ho King Yin with invaluable practical skills and scientific knowledge but also fostered a profound appreciation for collaborative research. Working alongside seasoned scientists in a world-class facility, Mr Ho King Yin gained a deeper understanding of the complexities and rewards inherent in experimental physics and materials science.
“During my fruitful stay in SOLEIL, I explored a powerful tool in discovering magnetic properties of material. This is my first time getting important exposure to advanced science. This trip reveals how such advanced facilities work every day.” Mr Ho King Yin said.
The initiative to bring Mr Ho King Yin to SOLEIL underscores the importance of providing young scientists with opportunities to engage in high-level research early in their academic journeys. It also highlights the critical role of international collaboration in advancing scientific knowledge and innovation. The success of this project at SOLEIL is a testament to the potential of integrating educational programs with cutting-edge research facilities, paving the way for future breakthroughs in science and technology.
27 November 2024