Three postdoctoral fellows have received prestigious Banting Postdoctoral Fellowships.
UBC's researchers were revealed as part of the Government of Canada's announcement on July 9, 2025. Across Canada, 70 Banting Postdoctoral Fellowships were announced for a total of $9.8M. The Banting Postdoctoral Fellowships are worth $70,000 per year for two years.
This year marks the final year of the Banting program, as the funding program has been shifted into the Canada Postdoctoral Research Award program.
UBC's new Banting Researchers are listed below. Congratulations to the recipients!
Learn more about Benjamin's research
Advanced quantum state generation for on-chip quantum repeaters towards long-distance fiber quantum communication.
Abstract:
The internet has transformed our lives in unforeseen ways. We are now seeing the rise of a new type of network that could potentially be as transformative, the quantum internet. This technology will ensure the privacy and security of communications for the government, healthcare, and financial sectors through the fundamental laws of quantum mechanics. Beyond communication, it will enable networks of quantum computers and quantum sensors to accelerate progress in many key applications like traffic management, supply chains optimization, drug and battery development, high-precision GPS, climate change modelling, and monitoring gravitational waves towards a deeper understanding of the origin of the universe, along with many. However, the reach of quantum signals, carried by barely a handful of photons, is severely limited since it is physically impossible to copy a quantum state without corrupting its fragile intricacies like superposition (‘cat both dead and alive’) and entanglement (‘spooky action at a distance’).
To solve this problem, there has been a sustained effort to develop a quantum repeater, which would overcome link losses by sharing entanglement along multiple nodes along the link. However, practical quantum repeaters remain undemonstrated due to challenges with reliable quantum memories and other hardware and software issues. Here, a recent proposal for a different repeater design avoiding such memories will be experimentally implemented. It will rely on entangling multi-photon entangled states in both their time-of-arrival and frequency, creating a rich resource for quantum information processing. Leveraging the precision and reliability of silicon photonics, advanced by the electronics industry, will enable the creation of large-scale quantum circuits for all-photonic repeaters. This project aims to develop these repeaters to unlock the potential of quantum networks on a national and global scale.
Read more about Seth in his profile
Does the increase in lactate promote the health benefits of exercise?
Abstract:
Exercise has many health benefits and can reduce the risk of dozens of chronic diseases. The effects of exercise to reduce levels of inflammation in our bodies is most likely a key reason why exercise reduces the risk for so many chronic diseases. For many years scientists have been searching for a “magic” factor that explains how exercise can have such widespread health benefits. We believe that lactate, a molecule produced by exercising skeletal muscles, might be this magic “exercise factor”. The purpose of this research is to determine if lactate can exert anti-inflammatory effects to help explain the health-promoting effects of exercise in humans. We will use both cell culture studies and experiments with human volunteers performing exercise to help us understand what lactate does to the levels of inflammation in our bodies. This research will help us understand how exercise works to have so many health benefits and determine if lactate is an “exercise factor” that signals from our muscles to our immune system during exercise.
Learn more about Xu's research
How New Species Arise: Insights from the Genomic Study of Sunflowers
Abstract:
Speciation in the presence of gene flow poses a significant challenge to traditional evolutionary theory, which posits that gene flow hinders the divergence necessary for new species to arise. An emerging solution involves recombination modifiers, which suppress recombination between genes involved in local adaptation and/or those contributing to reproductive isolation. This research aims to elucidate the genomic and selective mechanisms that enable speciation despite gene flow, with a particular focus on the role of recombination modifiers such as chromosomal inversions and DNA methylation in wild sunflower species (Helianthus). By characterizing 37 large non-recombining regions identified in three diverging wild sunflower species, this study will explore the establishment and evolutionary roles of these regions. Utilizing high-quality reference genomes and resequencing datasets, the study will determine the genomic basis of these regions, assess their distribution across the genus, and investigate their establishment mechanisms. Bisulfite sequencing will be employed to understand how variations in DNA methylation influence recombination rates. This integrative approach, combining genomic, epigenetic, and environmental data, aims to advance our understanding of speciation with gene flow and provide insights into the origins and conservation of biodiversity.
View the full list of Canada's Banting Scholars on the Government of Canada's website.
The Banting Postdoctoral Fellowships Program provides the opportunity to bring top talent to join the research community at UBC. Fellowships are awarded to the very best postdoctoral researchers, both nationally and internationally, who will positively contribute to Canada's economic, social and research-based growth. Emphasis is placed on the synergy of research goals and projects between applicants, supervisors, and host institutions.
The final year of this program was in 2025. Seventy fellowships were awarded each year and equally distributed among candidates from Canada's three Tri-Council Agencies: the Canadian Institutes of Health Research (CIHR), the Natural Sciences and Engineering Research Council (NSERC), and the Social Sciences and Humanities Research Council (SSHRC).
More information about the Banting Postdoctoral Fellowship Program is available from the Postdoctoral Fellows Office.