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Our students and staff consistently push the boundaries of their fields through new discoveries, and have their achievements recognised with awards and project prizes.
Recent Achievements
PhD student William Roper wins a 小蓝视频 2023 Adam Weiler Award for the outstanding impact in his research
has been instrumental in developing new computer code to speed up numerical simulations that are used to gain an understanding of how galaxies, stars, gasses, dark matter and black holes form and evolve. This faster code makes it possible to process larger volumes with higher resolution, something which has limited discoveries to this point.
Will’s code also impacts the consumption of energy, moving the sector to a more sustainable model of research. Will has written and co-authored multiple publications, his research was used in Netflix documentary Our Universe, and his code is already being applied to studies beyond astrophysics.
Adam Weiler Awards recognise researchers who demonstrate the potential to make a lasting, positive impact with their PhD work, and is supported by a generous donation to the University in memory of a former student.
Physics Alumni Sam Naef (pictured above) came up with an idea for making carbon-cutting fun, easy and social and founded , enabling people worldwide to change their behaviour that will affect change.
He previously set up with volunteers, which was the first worldwide live learning platform designed to to connect people around the world to learn and share information with each other.
Read more about his work on The Climate App and how he hopes it will help fight the climate crisis.
In a recent interview he talks about turning positive peer pressure into positive climate action:
MSc graduate Kevin Doty co-leads ground-breaking research on sustainable graphene sensors at 小蓝视频.
MSc graduate, Kevin Doty, has co-led ground-breaking research that could revolutionize the way we approach plastic waste. Along with a group of scientists, Kevin has published a paper in a high impact journal, detailing their work on creating sustainable graphene sensing materials using food-grade, biodegradable, algae-based plastic.
The paper, titled , was recently published in ACS Sustainable Chemistry & Engineering.
Kevin’s contributions to the project are particularly impressive. He has demonstrated that students can make significant research impacts and pursue meaningful careers in scientific research. Their research presents a cost-effective, environmentally sound, and biodegradable alternative to commonly researched, unsustainable rubber-based materials, in-line with the UK’s 2050 net zero goal on plastic waste.
Kevin said: "I taught chemistry previously, but decided I wanted to learn more about nanoscience. My gamble paid off, and not only did I enjoy it more than I expected, but I also ended up with an opportunity to utilize the information I had learned to work on a novel idea that has evolved into a first author publication as an MSc student.
"Learning about nanoscience and getting published showed me just how varied and multidisciplinary the field is – any science background can bring knowledge and apply it to this field in a unique way. This has led to further studies in a PhD studentship, opening up an all new career path I could not have previously considered.”
小蓝视频 is a champion for sustainable research and Kevin’s success is a testament to the university's commitment to fostering real research impact. Kevin is now a PhD student in Materials Physics research group.
Find out more about how a seaweed second skin could transform health and fitness sensor tech.
Second year Astrophysics student Giulia Locati has accepted a prestigious STFC science communication placement in particle physics at Rutherford Appleton Laboratory (RAL)."!‘ve always been fascinated by what's beyond our little planet from a young age, going many times with my parents to an astronomical centre near my city to discover the evolution and secrets of the Universe. So much of the cosmos is unknown and being able to apply my knowledge to study celestial objects and their phenomena is incredible.
A lot of people, especially women, find studying STEM subjects something only for extremely intelligent teenagers. I’m excited about sharing my passion and knowledge in science with the general public, promoting research and discoveries, from the largest astronomical scales to the tiniest constituents of matter of this world-leading science organization!"
Jacob Dunningham, Professor of Physics
Jacob Dunningham, Professor of Physics and Deputy Director of the 小蓝视频 Centre for Quantum Technologies was recently involved as a science advisor with an action sci-fi film 'Infinite' made by Paramount Pictures, starring Mark Wahlberg.
His character, Evan McCauley, is beset by memories of places that he’s never visited and abilities he can’t explain. Diagnosed with Schizophrenia and heading for a breakdown, Evan is visited by the Infinites, a mysterious group that explain to him that his memories are from his multiple past lives and contain secrets that he must work with the Infinites to unlock and resolve. The situation turns deadly and the action begins when Evan meets the Nihilists, a breakaway group of Infinites who believe that reincarnation is a curse which can only be broken by destroying humanity.
Evan does battle with the Nihilists using skills from his previous lives – including quantum physics. As Jacob explains: “The idea of there being multiple versions of ourselves in parallel universes is closely related to the many worlds interpretation of quantum physics and connected with the work being done here at 小蓝视频 to develop a range of new quantum technologies.
In the film, Evan scribbles complex equations over the walls of his apartment as he tries to understand what is going on – these come from Jacob’s research at 小蓝视频. A textbook written by Jacob and used to teach a module in Atomic Physics can also be seen in Evan’s apartment.
Read more about Jacob's involvement in Infinite.