ProfessorRoland Smith
Professor of Laser Physics
Department of Physics - Faculty of Natural Sciences
Orcid identifier0000-0002-0849-8347 (opens in a new tab)
- Professor of Laser PhysicsDepartment of Physics - Faculty of Natural Sciences
- 020 7594 7866 (Work)
- 745, Blackett Laboratory, South Kensington Campus, United Kingdom
PROFESSIONAL ACTIVITIES
- EXTERNAL COMMITTEEFusion Advisory Board1 Mar 2011
- RESEARCH STUDENT SUPERVISION"High Intensity Laser Interaction with Extended Atomic Cluster and Microdroplet Media".
- RESEARCH STUDENT SUPERVISION"High intensity laser interaction with extended cluster media - towards laboratory astrophysics"
- RESEARCH STUDENT SUPERVISION"High Intensity Laser Interactions with Liquid Microdroplets"
- RESEARCH STUDENT SUPERVISION"High intensity laser interactions with sub-micron droplets"
- RESEARCH STUDENT SUPERVISION"Laser driven proton production and diagnostics". (2007-2010)
- RESEARCH STUDENT SUPERVISION"Optical Parametric Chirped Pulse Amplification in the Few Cycle Regime" (2003-2007)
- RESEARCH STUDENT SUPERVISION"The Interaction of Nanoscale Targets with Relativistic Few Cycle Laser Pulses". (2005-2008)
- RESEARCH STUDENT SUPERVISION"The Physics of Tailored and Colliding Blast Waves" (2005-2008)
- RESEARCH STUDENT SUPERVISION"Ultrafast energy transport in high intensity laser-plasmas".
- RESEARCH STUDENT SUPERVISIONA Sub-60 fs Titanium-Sapphire Chirped Pulse Amplification Laser System
- EXTERNAL COMMITTEECLF Facility Access Pannel - Rutherford Appleton Laboratory
- RESEARCH STUDENT SUPERVISIONCluster x-ray Backlighter Sources for the ORION laser.
- RESEARCH STUDENT SUPERVISIONCreating and probing HED plasmas with few cycle OPCPA laser systems
- RESEARCH STAFFDynamics DJLLDS
- RESEARCH STAFFDynamics DRCLDS
- RESEARCH STUDENT SUPERVISIONHigh contrast optical parametric laser systems
- RESEARCH STUDENT SUPERVISIONInteraction of intense few-cycle laser pulses with nanoscale targets
- RESEARCH STUDENT SUPERVISIONLaboratory simulations of astrophysica radiative shocks
- RESEARCH STUDENT SUPERVISIONLaser interaction physics with micron scale targets
- LINK WITH ANOTHER ACADEMIC BODYMember
- RESEARCH STUDENT SUPERVISIONProbing laboratory models of magnetic tower jets.
- RESEARCH STUDENT SUPERVISIONProbing the Collision Dynamics of Energetic Laser-Driven Blast Waves
- RESEARCH STAFFSources MPBAL