Welcome to the Beames group website.
Browse the links to learn more about what we do, meet the group, meet our collaborators and discover our outreach activities.
News items from the group
We have been fortunate enough to acquire 3 years PDRA funding from our grant ‘Mechanistic insights into photon upconversion using TR-EPR’. Head over to the vacancies page if you wish to see more details on the post available.
Our first Ph.D. student has now completed his Ph.D., having his viva earlier this year. Here are a couple of photos from the viva day. Firstly, Tom looking sharp, and signing his bottle of bubbly for the wall – a wonderful ritual learnt from fabulous times in the Lester group (UPenn). Secondly, a few members…
To the new Beames group homepage. We’ll be posting regular updates here and showcasing some of the research we undertake, as well as advertising any available Ph.D./Post-Doctoral vacancies. Please check back regularly to see what we’re up to!
Combining advanced spectroscopic techniques with high level ab initio quantum chemistry
What We Do
We interrogate the chemistry of trace, transient atmospheric species using cavity enhanced techniques and computational chemistry models. Most recently we have investigated the temperature dependence of several Criegee intermediate-alcohol reactions, in collaboration with the Knowles group. New modeling is being undertaken in collaboration with the Rickard group (York).
We investigate the photodynamics of novel phosphors and upconverting systems, synthesised by the Pope group at Cardiff. We use a range of optical time resolved spectroscopies and relativistic computational approaches, and apply small-molecule methods to tackle these complex systems. Most recently we used molecular symmetry modifications to tune optical properties of Ir(III) complexes. Aspects of this work are in collaboration with the Oliver group (Bristol).
We use electronic spectroscopy, mass spectroscopy, DFT and semi-empirical GFN-xTB2 to investigate the tuning and photobleaching of toxic chemical colourimetric detection systems. This is in collaboration with the Fallis group. In many instances we use patented chemistry from the Fallis group as controls. We are in the process of constructing our first manuscript in this area.
We are developing a suite of transient, time resolved electron paramagnetic resonance (EPR) instrumentation in collaboration with the Richards group (Cardiff). This includes combining fixed and tuneable laser and lamp sources with pulsed EPR. We will use this instrumentation to enhance our spectroscopic investigations of many of the chemistries shown here – in the first instance upconverting materials.
We currently have an open PDRA position.
See the vacancies page for more information.