Klaas Wynne
Chair of Chemical Physics
University of Glasgow
School of Chemistry
Joseph Black Building
University Avenue
Glasgow, G12 8QQ
UK
office: A4.11b
e: klaas.wynne glasgow.ac.uk
skype: klaas.wynne
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Map from Hillhead to JB building
Map to my office in Joseph Black
Prof Klaas Wynne
Chair of chemical physics, School of Chemistry, University of Glasgow since 2010. FRSC, FInstP, FRSE, and recipient of the 2018 Chemical Dynamics Award of the RSC. Associate Editor of the Journal of the American Chemical Society (JACS) 2017-2020. MSci (Amsterdam) 1987; PhD (Amsterdam) 1990; Postdoctoral fellow (University of Pennsylvania, Dept. of Chemistry) 1991-1996; Lecturer to Professor (University of Strathclyde) 1996-2010; Chair of Chemical Physics (University of Glasgow) 2010-present.
Klaas Wynne (KW) has wide ranging expertise in time-resolved (ultrafast) spectroscopy for understanding molecular dynamics in liquids, glasses, and biological systems, with recent work expanding into microscopy, rheology, calorimetry, and light and x-ray scattering, aided by a 2019 ERC Advanced grant. He was awarded the RSC Chemical Dynamics Award for outstanding contributions to time-resolved spectroscopy in 2018.
Recent research highlights include the elucidation of the role of amorphous aggregates in laser-induced nucleation (JACS 144, 6727 (2022), PNAS 119, e2207173119 (2022)) and generally (Chem. Sci. 15, 12420 (2024)), optical-tweezing induced phase transitions (Nat. Chem. 10, 506-510 (2018)), dynamics in electrolyte solutions (JACS 146, 368 (2024)), first observation of a double glass transition in a simple liquid (JACS 145, 26061 (2023)), fundamental dynamics of glasses (Nat. Commun. 14, 215 (2023)), the mayonnaise effect (JPC Lett. 8, 6189 (2017)), fundamental aspects of polyamorphism (JACS 142, 7591 (2020) , JPC Lett., 6, 38 (2015)), phonon-like modes in liquids and proteins (JACS 139, 7160 (2017), Nat. Commun. 7, 11799 (2016), Nat. Commun. 5, 3999 (2014)), and use of deep learning in mosquito spectroscopy (Nat. Commun. 13, 1501 (2022), Wellcome Open Res. 4, 76 (2019)).
Older work (carried out in the Dept. of Physics at Strathclyde) includes terahertz dynamics in liquids and proteins (JACS 131, 11140 (2009), JACS 129, 3168 (2007), JACS 124, 12110 (2002), Phys. Rev. Lett. 79, 3078 (1997)), terahertz plasmonics and terahertz radiation (Phys. Rev. Lett. 98, 026803 (2007)) and superluminal signals (Opt. Commun. 209, 85 (2002), Phys. Rev. Lett. 84, 1431-1434 (2000)).
KW has research management experience through 12 EPSRC grants as PI (EP/E046541, EP/F06926X, EP/J004790, EP/J009733, EP/K034995, EP/N007417, GR/L91627, GR/M39312, GR/M75600, GR/R97566, GR/S75369, GR/S95510) and an ERC AdG (832703).
KW has led collaborative research in areas ranging from protein and liquid dynamics to ultrafast electron pulses.
Current collaborators include Beveridge (Strathclyde) application of mass spectrometry to solution clustering; Sosso (Warwick), Mali (Ljubljana, Slovenia), McMillan (UCL), Wilding (Cardiff), Nakano, Miyazaki (Osaka), Smith (Diamond Light Source), Tassieri (Glasgow), Farnaby (Glasgow), Senn (Glasgow) fundamental properties amorphous states of matter; Kuroda (Louisiana State) solvent in salt electrolytes; Kadodwala (Glasgow) chiral plasmonics; Baldini, Babayan, Ferguson, and Ranford-Cartwright (IBAHCM, Glasgow), Ranson (Liverpool), Diabaté (IRSS, Burkina Faso), Okumu (IHI, Tanzania) spectroscopy and machine learning for disease vector control.
Previous collaborators include Hunt (York), Burley (Strathclyde), Greetham, Donaldson, Towrie, Parker (STFC Central Laser Facility) DNA dynamics; Kiefer (Bremen), Kim (Carnegie Mellon) Ionic liquids; Ellis (Strathclyde), Lapthorn, Kelly, Senn (Glasgow) protein and DNA dynamics; Buchner (Regensburg), Hefter (Murdoch U.), Walther (Freiburg), Plechkova (Queen’s Belfast) ionic liquids.
resume (pdf)
KW's other interests include orienteering and mountain/hill running.