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Research interests
Dave’s current research interests span the interface between physics and chemistry, employing “ultrafast” femtosecond laser techniques to investigate the quantum control of fundamental molecular processes and electronic relaxation dynamics in molecules of biophysical interest. Understanding energy redistribution in biological molecules is clearly important if one is to move from studying simple structure-function relationships in these types of systems to a more complete structure-dynamics-function picture that provides a greater fundamental mechanistic understanding. Quantum control methodologies are of great interest since they represent the beginning of a shift from a regime where molecular dynamics are simply observed towards one where they are actively controlled and this is clearly of profound importance for many areas of physics, chemistry and biology. Dave also has a current collaboration with Prof. Ken McKendrick and Dr Matt Costen within the Chemistry Department at Heriot-Watt. This work focuses on using nanosecond lasers in conjunction with ion-imaging methods to study the dynamics of small molecule photodissociation.
Dave’s current research interests span the interface between physics and chemistry, employing “ultrafast” femtosecond laser techniques to investigate the quantum control of fundamental molecular processes and electronic relaxation dynamics in molecules of biophysical interest. Understanding energy redistribution in biological molecules is clearly important if one is to move from studying simple structure-function relationships in these types of systems to a more complete structure-dynamics-function picture that provides a greater fundamental mechanistic understanding. Quantum control methodologies are of great interest since they represent the beginning of a shift from a regime where molecular dynamics are simply observed towards one where they are actively controlled and this is clearly of profound importance for many areas of physics, chemistry and biology. Dave also has a current collaboration with Prof. Ken McKendrick and Dr Matt Costen within the Chemistry Department at Heriot-Watt. This work focuses on using nanosecond lasers in conjunction with ion-imaging methods to study the dynamics of small molecule photodissociation.
Research Interests
Papers共 85 篇Author StatisticsCo-AuthorSimilar Experts
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REVIEW OF SCIENTIFIC INSTRUMENTSno. 5 (2024)
Weronika O. Razmus,Felix Allum,James Harries,Yoshiaki Kumagai,Kiyonobu Nagaya,Surjendu Bhattacharyya,Mathew Britton,Mark Brouard,Philip H. Bucksbaum, Kieran Cheung,Stuart W. Crane,Mizuho Fushitani,Ian Gabalski,Tatsuo Gejo, Aaron Ghrist,David Heathcote,Yasumasa Hikosaka,Akiyoshi Hishikawa,Paul Hockett, Ellen Jones,Edwin Kukk,Hiroshi Iwayama,Huynh V. S. Lam,Joseph W. McManus,Dennis Milesevic,Jochen Mikosch,Shinichirou Minemoto,Akinobu Niozu,Andrew J. Orr-Ewing,Shigeki Owada,Daniel Rolles,Artem Rudenko,Dave Townsend,Kiyoshi Ueda,James Unwin,Claire Vallance,Anbu Venkatachalam,Shin-ichi Wada,Tiffany Walmsley,Emily M. Warne,Joanne L. Woodhouse,Michael Burt,Michael N. R. Ashfold,Russell S. Minns,Ruaridh Forbes
Stuart W. Crane, Malcolm Garrow,Paul D. Lane, Kate Robertson, Alex Waugh,Jack M. Woolley,Vasilios G. Stavros,Martin J. Paterson,Stuart J. Greaves,Dave Townsend
The journal of physical chemistry A/The journal of physical chemistry Ano. 31 (2023): 6425-6436
The Journal of Chemical Physicsno. 21 (2023)
JOURNAL OF MOLECULAR SPECTROSCOPY (2023)
Molecular Physics (2022)
Chemical Scienceno. 33 (2022): 9586-9594
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Author Statistics
#Papers: 84
#Citation: 3573
H-Index: 27
G-Index: 59
Sociability: 6
Diversity: 2
Activity: 18
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