Invited to Israel by Prof. Jacob Bekenstein (one of my heroes as a teenager, known for the Bekenstein-Hawking radiation in black holes) at the Hebrew University of Jerusalem. Here is me enjoying the Old City in Jerusalem
“I’ve always liked what Winston Churchill said, that no failure is fatal and no success is final.”
Twelve years has passed since I was fortunate enough to attend the National Youth Science Forum, and what a ride it has been so far! Looking back, I feel so lucky to have interacted with so many amazing people and to have been inspired by each one of them to better reach my own goals. Interacting with my new friends at NYSF has certainly helped me to learn from interesting and diverse groups of people. I’m looking forward to the next twelve years! Bring it on!
Around the time of attending the NYSF, I became a member of a research group at the University of Melbourne studying the behaviour of granular materials. This dynamic area of research exposed me to the importance of the cross-pollination of ideas coming from different fields, which is still influencing the way I’m viewing research now. During the time I was in this group, I majored in pure mathematics at the University of Melbourne before completing a master’s degree focusing on theoretical physics. My thirst for more physics and the `outside world’ led me to pursue a PhD in theoretical physics at the University of Oxford, where I was fortunate enough to be offered a full scholarship as a Clarendon scholar. This was a very exciting and also a very difficult time, where I was given a great deal of freedom to pursue my own research interests. I began work on finding out how quantum mechanics (the physics governing atomic scale phenomena) can enhance the processing of information. This required a lot of cross-disciplinary research, which my experience in earlier years in granular materials had prepared me for. This led me to study how quantum mechanics can improve the power of computation and also precision measurement, like imaging. After completing my PhD, I began work as a full-time researcher at two research institutions in Singapore, continuing research on how quantum mechanics can make computers so much more powerful than any computer existing today.
I feel blessed everyday that I am living my dream of being a scientist, something I’ve wanted since I was eight or nine. There is no feeling quite like finally being able to feed yourself (to buy as much ice-cream as you want!), house yourself and to buy gifts for your family and friends from what you earn doing what you always dreamed of doing.
One of the best things about scientific research is working with fantastic fellow scientists who also become your friends. Bouncing back sometimes crazy ideas and trying them out with colleagues often feels just like building a treehouse, digging into a new ant’s nest or acting in imaginary worlds with your friends in the playground.
My colleagues live all over the world and I travel all around the world to work with them and share my research with them at international conferences. I have visited colleagues throughout England, Ireland, France, Switzerland, Israel, China, Singapore, United States and of course Australia. From each scientist I meet, I always learn an important lesson. Sometimes it is about how to better clarify ideas, how to be more rigorous in demonstrating an idea or learning different habits to enhance creative moments. Other times, it is being inspired by their enthusiasm, their optimism, their love of learning and most of all their kindness. I have also had the privilege to meet and work with many world-class researchers, some of whom I’ve wanted to meet since I was at NYSF. So sometimes dreams do come true!
Left: This is the first ever banquet dinner for the first Women in Physics Society in Oxford, which I helped to organise. We are standing outside the hall of Merton college, one of the oldest colleges in Oxford. Right: Invited to Jiao Tong University in Shanghai. I was born in Shanghai before moving to Australia when I was six, so physics has taken me back to my earliest roots.
Social activities outside my own research have also kept me quite busy and I have found these vital to keep life balanced and in perspective. Oxford has been the perfect place for me to learn from people dedicating themselves to different areas. Every other evening, I would be dining and engaged in discussions with a biologist, a chemist, an archaeologist, a linguist, an anthropologist, a mathematician, an historian, a free-lance adventurer, an economist, a roboticist, a musician, a writer, an engineer, a philosopher, a neuroscientist, an environmental scientist, or the occasional politician and ambassador. It is always super interesting and helpful to learn about the struggles of different people trying to overcome different obstacles in different fields of endeavour. These conversations are always an endless source of inspiration.
I also became the first social events coordinator for the first Women in Physics Society in Oxford and this provided an excellent opportunity to learn from amazing women physicists. I was also very lucky to belong to one of the oldest colleges in Oxford (Merton) and sang in the college choir for many years and performed regularly. One of the highlights is performing in the 750th anniversary celebration of the college and singing with world-class performers. Since coming to Singapore, I have been fortunate enough to join the chorus of the Singapore Lyric Opera Company and am due to perform in my first major opera production. Working with a fantastic team towards a thrilling goal is incredibly inspiring, whether it is in science or not!
In the twelve years since I attended NYSF, I have discovered that science is not a solitary island or an ivory castle in the clouds (you guys are smart and probably already know this, but I’m a bit slow). It is a vibrant marketplace, populated and run by people, with all the pluses and minuses that come with people. The direction of a field can be more often led by beliefs than by solid demonstrations. Therefore, to navigate better in science, I have found that it is important to better understand other people and how to interact with different kinds of people. Doing science is not a pure intellectual activity. It can be more often than not a heavily emotional activity. So it is important to take good care of yourself, to be kind to yourself and to keep the company of good friends. Resilience and enthusiasm counts for more than being clever. Success only happens perhaps 1% or less of the time (maybe you’ll be luckier than me), so it is important to keep yourself happy and motivated the rest of the time. I’ve always liked what Winston Churchill said, that no failure is fatal and no success is final. There’s no final destination and no real dead-ends, so it must be the ride that counts. You NYSFers are all amazing, resilient and unique, so just go for it and keep positive during the exciting ride that awaits you!