Mark Brooke Hon.BSc MAIP
DPhil Candidate (Oncology) at the University of Oxford
Research Scientist Intern at Mirada Medical
Oxford, UK
Skills
Radiotherapy physics
Computational physics
Optimisation and inverse problems
Reconstruction
Programming
Monte Carlo simulation
Programming languages & toolkits
C++, Python, MATLAB, Javascript, HTML & CSS, LaTeX, Tcl, Geant4, TOPAS
Languages
English (native), French (limited working proficiency)
Dynamic string-averaging CQ-methods for the split feasibility problem with percentage violation constraints arising in radiation therapy treatment planning. Brooke, M., Censor, Y., & Gibali, A. (2019). arXiv:1911.12041
On Quenching of GafChromic Film response in proton therapy, F. Van den Heuvel, M. Brooke & F. Fiorini, 10-Jun-2019, PTCOG 58, Manchester, UK
Investigating the mechanism behind FLASH radiation effects, F Van den Heuvel & M Brooke, 21-May-2019, 1st International Biophysics Collaboration Meeting, Darsmatdt, Germany
Quantification of DNA damage and variable RBE in hadron therapy, IEEE Conference 2018, M. Brooke & F. Van den Heuvel, 13-Nov-2018, International Convention Centre, Sydney, Australia
The most likely path of protons in heterogeneous media and its application to proton computed tomography, M. Brooke, EPSM 2018 Conference, 29-Oct-2018, Adelaide Convention Centre, Adelaide, Australia
Penfold, Scott et al. “Sparsity constrained split feasibility for dose-volume constraints in inverse planning of intensity-modulated photon or proton therapy.” Physics in medicine and biology 62 9 (2017): 3599-3618
A New Most-Likely-Path Formalism for Proton Computed Tomography, M Brooke & S Penfold, 01-Aug-2018, arXiv:1808.00122