Shi Fangyi, a PhD student, traveled to the Department of Materials Science and Metallurgy at the University of Cambridge for an exchange programme.
Exchange students from the Hong Kong Polytechnic University gathered at the Eagle pub where the groundbreaking discovery of DNA's structure was unveiled.
Shi Fangyi, one of the PhD students from the Department of Applied Physics, embarked on a remarkable journey, spending time as an exchange student in the Department of Materials Science and Metallurgy at the University of Cambridge. This opportunity has undoubtedly been a transformative experience, one that has not only enriched Shi's academic pursuits but also expanded her global perspective.
Under the guidance of the esteemed Professor Manish Chhowalla from the University of Cambridge, a trailblazer in the realm of two-dimensional materials, Shi found herself immersed in a melting pot of cultures, offering her a profound understanding of different ways of life. The atmosphere within the research group was electric, brimming with camaraderie and an insatiable thirst for knowledge. Engaging in dynamic discussions with peers became a cherished ritual, fueling collective curiosities and pushing the boundaries of their own understanding.
Beyond the academic pursuits, Shi had the opportunity to forge meaningful connections through the vibrant social scene at Cambridge. The Formal dinners, in particular, were a delightful experience, tantalizing the taste buds while also nurturing social and emotional skills. These elegant affairs provided a platform for Shi to engage in thought-provoking conversations, forging new friendships and deepening her understanding of the world.
Additionally, her experiences to sip a pint at the legendary Eagle pub, where the groundbreaking discovery of DNA's structure was unveiled, or marvel at the very apple tree that inspired Sir Isaac Newton's theory of gravity at Trinity College, were captivating, as if she travelled back in time.
With a renewed sense of purpose and a global mindset, Shi returns to the Department of Applied Physics and makes meaningful contributions to the field of materials science and beyond. This exchange has not only enhanced Shi's academic prowess but has also instilled in her a deep appreciation for the power of international collaboration and the transformative potential of cross-cultural exchange.
