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    • HiLUX
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    • Laser-driven plasma accelerators
    • Plasma physics: simulation code development
    • Experimental design and engineering
    • Biological microscopy
    • UPLiFT
    • Vulcan development
    • CALTA: DiPOLE
    • SORS
  • Major projects
    • User access to EPAC: coming soon
    • Vulcan 20-20
    • HiLUX
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Philip Bradford

Detector Scientist

Philip obtained his PhD from the University of York in 2021, specializing in laser-generated electromagnetic fields. Over the next three years he worked as a post-doctoral researcher in the UK and France, where he continued his research into the laser-induced charging of solid and gaseous targets, laser-driven electromagnetic fields and magnetized plasmas for inertial confinement fusion. In 2024, Philip joined the CLF, designing ion and neutron detectors for EPAC’s second experimental area. His current role is to develop diagnostics for both the Vulcan 20-20 and EPAC facilities.

Philip is a work package manager with the Laserlab EMP Expert group and he sits on the editorial board of the High Power Laser Science and Engineering journal. He has worked as principal and co-investigator on range of projects at high power laser facilities in the UK and Europe.

Research Interests: laser-generated electromagnetic pulses (EMP) and terahertz radiation, laser-driven ion acceleration, magnetized plasmas, plasma diagnostics

ORCID ID

Publications

Laser interactions with gas jets: electromagnetic pulse emission and nozzle damage

PW Bradford et al


Measuring magnetic fields in laser-driven coils with dual-axis proton deflectometry

P Bradford et al


Measurement of Magnetic Cavitation Driven by Heat Flow in a Plasma

C Arran et al


Towards Terawatt-Scale Spectrally Tunable Terahertz Pulses via Relativistic Laser-Foil Interactions

Q-Q Liao et al


Laser produced electromagnetic pulses: Generation, detection and mitigation

F Consoli et al


EMP control and characterization on high-power laser systems

P Bradford et al

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