Pushing Boundaries in Gamma-Ray Light Sources and Nanofabrication Studies
The KAIROS initiative at the University of Kent is excited to announce a major research collaboration featuring four of its talented students—Adrija Bhowmick, Cauê Souza, Klaudia Cielinska, and Matthew Dickers. Currently engaged in their first of two annual one-month-long research visits, these dedicated students are making the most of their time since mid-January at the MBN Research Center in Frankfurt, Germany. This initial stay sets the tone for their year’s research endeavours, offering them a hands-on experience in advanced scientific studies within a globally recognised research institution.
Klaudia and Matthew, under the guidance of Nigel Mason and Felipe Fantuzzi, are contributing to the European Innovation Council (EIC) Pathfinder Project TECHNO-CLS. This groundbreaking project aims to develop novel gamma-ray light sources operating across a wide photon energy spectrum. Their research at MBN will focus on the simulation of ultra-relativistic particle propagation through a diverse array of crystal structures, a key for comprehending the intricacies of channelling phenomena within crystals. Channelling refers to the process where charged particles, such as electrons and positrons, are directed along crystallographic planes or axes, resulting in unique interactions and energy distributions. This investigation will encompass a broad spectrum of crystal orientations, including straight, bent, quasi-mosaically bent, and periodically bent formations. By exploring both electron and positron particle propagation in these varied crystalline environments, their study aims to provide deeper insights into the fundamental aspects of particle-crystal interactions, which are crucial for the practical realisation of the next generation of gamma-ray light sources.
Adrija is involved in the HORIZON 2020 RISE Project RADON. Her work focuses on molecular dynamics simulations to investigate the effects of radiation and temperature variations on lunar regolith simulants and polymeric space materials. Adrija’s project is an important component of the Europlanet 2024 RI consortium, an expansive and influential network led by the University of Kent. This consortium unites over 50 beneficiary institutions from 21 countries across Europe and beyond, further bolstered by the collaboration of an additional 44 affiliated partners worldwide.
Cauê is deeply immersed in the intricate world of nanofabrication, focusing specifically on the atomistic modelling of processes involving photo-assisted chemical vapour deposition (PACVD). His work, integral to the HORIZON 2020 RISE Project RADON, is at the forefront of nanotechnology research. During his time at the MBN Research Center, Cauê is enhancing his expertise through specialised training in irradiation-driven molecular dynamics, a unique approach pioneered at MBN. This training is not just an enhancement to his skill set but a pivotal element for the upcoming stages of his project. Concurrently, Cauê is finalising his initial research on the atomistic simulation of alkanethiol self-assembled monolayers on gold surfaces. This research is a critical component of his PhD journey, laying the groundwork for his ambitious goals in PACVD modelling.
This collaborative visit is a testament to the KAIROS’s commitment to fostering cutting-edge research and international partnerships. The students’ work at the MBN Research Center showcases our dedication to pioneering scientific efforts that transcend disciplinary and geographical boundaries.