“As a child I wanted to make an impact on the world, and as a postdoctoral researcher at Imperial I feel I am getting closer to fulfilling this dream.”
I arrived at Imperial in 2019 as a PhD student, after completing an MMATH degree at St Andrews. In 2023 I began an EPSRC Research Associate in Pure Mathematics. As a child I wanted to make an impact on the world, and as a postdoctoral researcher at Imperial I feel I am getting closer to fulfilling this dream.
My role mainly involves research but I am also lecturing a first-year course this term. My research is on the intersection of group theory, which is an abstract way of thinking about symmetries and combinatorics, which is the art of counting. I always like to be involved in university life in as many ways as possible, so I am now a Postdoc Representative. I am also passionate about supporting and inspiring women to pursue maths research through outreach and being on scholarships panels. I am a co-founder (with Eoghan McDowell) and organiser (with Zain Kapadia and Bob Dabson) of the Junior London Algebra Colloquium, a seminar series aimed at PhD students
“I contribute to the development, design and maintenance of applications and websites for central services teams.”
After finishing my GCSEs, I went to sixth form to study chemistry, biology and music. At the time, I was set on going into the field of medicine with the aim of being a surgeon. However, when lockdown happened and my older sister moved back into our family home, I was exposed to more of the UX/UI (User Experience and User Interface) work she was doing and listened in on the Zoom calls she would have with her team. This reignited my interest in tech and coding, enough to make me switch paths and pursue it fully!
“Climate change is the greatest challenge facing this generation, and a deeper understanding of it is vital for our planet’s future.”
After graduating with a degree in Chemical Physics from the University of Bristol, I started a PhD in the Space and Atmospheric Physics research group, as I’m determined to work in the field. Climate change is the greatest challenge facing this generation, and a deeper understanding of it is vital for our planet’s future.
My research is focused on the Earth’s Radiation Budget, the difference between incoming radiation from the sun and the loss of energy to space through the reflection of solar radiation or the emission of thermal radiation – the kind of radiation that keeps us warm. Because of human activities, more thermal radiation is being trapped in our atmosphere, leading to a rise in the average global surface temperature. Models suggest that around half of the thermal radiation reaching the top of our atmosphere is in a region called the far-infrared.
“Imperial has been an incredibly supportive environment for both my scientific and artistic pursuits. The framework here has allowed me to thrive and grow in both areas.”
I am currently pursuing my PhD in the Department of Life Sciences at Imperial. I have been a part of the Imperial community for several years, having completed my Bachelor’s degree in Biological Sciences here. During my undergraduate studies, I became captivated by the world of fungi and its role in plant evolution. This fascination led me to pursue two MRes degrees, one in Molecular Plant and Microbial Sciences and the other in Molecular and Cellular Biosciences.
My research as a PhD student is focused on plant-pathogen interactions. I am investigating the impact of electric fields on these interactions. With the world’s growing population and the challenges of climate change, food production needs to be increased. However, pathogens and pests pose a major threat to crops. I am exploring alternative ways to combat these threats, without resorting to chemical pesticides. My research is focused on a tropical pathogen called Phytophthora palmivora, which is responsible for damaging crops such as cocoa and oil palm. I am studying how this pathogen responds to electric fields and whether this response can be exploited to keep it away from plant roots.