Dr Karen Robertson (K.Robertson@bath.ac.uk; CMAC PDRA)
A graduate of the University of Aberdeen and with a PhD from Imperial College London, Karen joined the CMAC programme following a period as a Knowledge Transfer Fellow in the oil and gas industry. Her work within CMAC involves developing and implementing new methods for flow chemistry and continuous crystallisation, include the bespoke KRAIC flow crystalliser, while also pursuing crystallisation of multi-component complexes of agrichemicals for physical property optimisation.
Dr Dyanne Cruickshank (D.L.Cruickshank@bath.ac.uk; Leverhulme Research Fellow; M4 Project; NRF Fellow (South Africa, from Jan 2015)
With a PhD from the University of Cape Town, Dyanne joined the group as a Leverhulme Visiting Fellow, following a Fellowship at UCT. While in Bath, she has been tackling the hosting of functional, switchable systems in a range of crystalline and non-crystalline environments. Now part of the M4 project, in January 2015 Dyanne takes up her NRF Fellowship back in South Africa, which she will hold at UCT, while continuing to collaborate with us here in Bath.
Louise Hamdy (L.B.Hamdy@bath.ac.uk; 4th year PhD; EPSRC funded)
A graduate of the University of Glasgow, Louise's project is driven by both synthesis and structure. Using her background from her Chemistry degree and her industrial placement experience at Sasol, Louise combines synthesis of metal-organic materials with extensive characterisation, using diffraction, thermal analysis, gas-absorption characteristics and catalytic activity assessment.
Kate Wittering (K.Wittering@bath.ac.uk; 4th year PhD; CMAC / University funded)
A Chemistry graduate of the University of Bath, Kate is developing methodologies for the crystallisation of multi-component molecular materials in continous crystallisation environments, as part of the CMAC consortium. She has major collaborations with CMAC colleagues from the Universities of Strathclyde and Loughborough, within her project that straddles chemistry and chemical engineering.
Charlotte Jones (C.L.Jones2@bath.ac.uk; 4th year PhD; EPSRC funded)
Charlotte, a Bath graduate in Chemistry, is involved in the synthesis and characterisation of new molecular solid-state materials with optical properties. Using crystal engineering to design materials based on promising chromophores, Charlotte has focused on developing thermochromic materials, and is part of the M4 project.
co-supervised by Dr Lynne Thomas, M4 project, Bath
Anneke Klapwijk (A.R.Klapwijk@bath.ac.uk; 3rd year PhD; CMAC DTC, EPSRC funded)
Anneke graduated from Bath in Chemistry with Management, and is putting those skills to good use in the multi-disciplinary CMAC consortium. Her research programme focuses on control of disorder and use of additives in controlling solid-form properties and particle atttributes in multi-component molecular systems.
Lucy Saunders (L.Saunders2@bath.ac.uk; 3rd year PhD; joint funded by Diamond Light Source)
Having spent a year at the ESRF in Grenoble as part of her Bath Chemistry degree , Lucy is a joint student with the Diamond Light Source. Her project studies molecular systems with short hydrogen bonds showing proton migration, and developing optimal ways of examining these, including synchrotron diffraction at Diamond (I19) and other sources.
co-supervised by Dr Harriott Nowell, Diamond Light Source
Lauren Agnew (L.Agnew@bath.ac.uk; 2nd year PhD; CMAC DTC; University of Bath/EPSRC funded)
A Natural Sciences graduate of the University of Bath, in her work with the CMAC programme, Lauren looks at targetting pharmaceutical polymorphs with desirable physical properties through multi-component templating, and their production in continuous crystallisation environments.
Jane Knichal (J.V.Knichal@bath.ac.uk; 2nd year PhD; M4 Project, EPSRC funded
A Bath Chemistry graduate, Jane is part of the M4 team, developing new MOF materials for the hosting and control of metastable states. Her work to date has focused on the synthesis and characterisation of a range of MOF systems using ligands designed for deployment in metastable systems. Jane works closely with Dr Will Gee within the M4 project.
co-supervised by Dr Andy Burrows and Prof Paul Raithby, Bath
Alex Cousen (A.J.P.Cousen@bath.ac.uk; 1st year PhD; CMAC DTC; University of Bath/EPSRC/CMAC partner funded)
Alex, a graduate Chemistry from the University of Bath, is part of the CMAC consortium. Currently undertaking the DTC training year combining training across the CMAC disciplines with research, he is looking at scaling, control and yield optimisation in multi-component continuous crystallisation.
MChem and Project Students
Gerwyn Davies (Bath MChem), templated crystallisation of elusive polymprphs
Ruth Lunt (Bath MChem), additive control of solid form and morphology
Eugene Ng (Erasmus, National University of Signgapore), flow assembly of metal-ligand complexes
Dan Scott (Bath MChem), optical properties of molecular complexes
Helen Spencer (Bath MChem), proton migration in complexes of proton sponges
Nathan Clissold & Maria Odyniec (Bath NatSci), molecular complex synthesis and characterisation
Group Leader Chick Wilson features in a University Impact Video
Anneke Klapwijk presneted some of our recent work at the CMAC Annual Open Day
Chick has recently presented our work in hydrogen bonding, crystal engineering, functional materials design, self-assembly and crystallisation at a Conference celebrating 50 years of the Cambridge Crystallographic Data Centre (CCDC).
He has also recently delivered a Sicnce Cafe in Bath on "Mysterious cases osf Misbehaving Moleciles", and a public talk on "Disaster Prevention in the Molecular World" at the Pint of Science festival.
Dr Karen Robertson recently presented her development work on the KRAIC crystalliser at the BACG Annual meeting.
Anneke Klapwijk and L:auren Agew won their respective "best year presentation" prizes at the CMAC Summer School held in Crieff, Perthshire
Lucy Saunders gave a talk at the BCA Young Crystallographers' Meeting in York, on her functional molecular materials developments
We will be populating this new Group Web-site over the next few weeks. Check back to see what we are up to!