Monte Carlo applications for light ion beam therapy (Invited)

Relative biological effectiveness in the spatial fractionation of hadron therapy beams.

Localization of anatomical changes in patients during proton therapy with in-beam PET monitoring: a Voxel-Based Morphometry approach exploiting Monte Carlo simulations

moqui: MOnte carlo code for QUIck proton dose calculation

Investigation of the impact of aperture and field size on the secondary radiation field in proton therapy using Monte Carlo simulations and measurements with a Timepix detector

Development of a GPU-accelerated Monte-Carlo (FRED) for carbon therapy dose recalculation using a data-driven fragmentation model

On the perturbation and beam quality correction in carbon ion beams

Prediction of out-of-field neutron doses for proton therapy patients by means of Monte Carlo simulations

Numerical simulations to optimize passive scattering eye treatment beamlines toward improved clinical performances

A Monte Carlo framework to evaluate the radiological properties of 3D-printable materials for proton therapy phantom development

Monte Carlo simulation of a proton computed tomography scanner to optimize fluence modulated imaging (Invited)

Development and benchmark of a customizable Monte Carlo CT scanner model

Optical 3D body scanning for patient-specific dose estimates in CT

Evaluation of the impact of a scanner prototype on proton CT and helium CT image quality and dose efficiency with Monte Carlo simulation

Fastcat: Rapid Hybrid Monte Carlo Simulation of Cone Beam CT (CBCT)

A fast GPU Monte Carlo code for Virtual Clinical trials in Breast Computed tomography

Monte Carlo simulation of the on-board imager (OBI) kV imaging system

Dosimetry study of SIRT microspheres with Monte-Carlo simulations

Monte Carlo simulation for WIDMApp (Wearable Individual Dose Monitoring Apparatus): an innovative approach for individual dose monitoring in Molecular Radiotherapy.

Monte Carlo modelling and validation of the IBA ProteusONE proton beam at PARTICLE using TOPAS/GEANT4

On the Monte Carlo simulation of neutron-induced direct and indirect DNA damage to estimate neutron relative biological effectiveness

Geant4-DNA modeling of water radiolysis beyond the microsecond: an on-lattice stochastic approach

A theoretical Monte Carlo study for Yttrium-90 radioembolization on hepatocellular carcinoma tumours

Distal edge determination for a multi-slat prompt-gamma camera: irradiation with a 200-MeV proton beam

Implementation of microdosimetry-based radiobiological models in TOPAS MC

Dependence on the nucleus eccentricity of microdosimetric quantities for radiopharmaceutical alpha emitters

Towards Computational Microdosimetry in Boron Neutron Capture Therapy with GEANT4

A Radiation detector simulation toolkit for calculating the Arterial Input Function during Dynamic Positron Emission Tomography

TOPAS-Imaging: An extension to the TOPAS simulation toolkit for medical imaging systems

SMART: Solving design challenges in accelerator-based, high-volume production of medical isotopes

Deep Learning for Monte Carlo Simulation in Medical Physics (Invited)

Conditional GAN for Monte Carlo SPECT simulation

Fast Dose Calculation in X-Ray Guided Interventions by Using Deep Neural Networks and Monte Carlo Simulations

Improving the statistical quality of Monte Carlo dose distribution by using a deep learning approach

GAN for source modeling in PET Monte Carlo simulation

Machine learning techniques applied to therapeutic energies particle tracking of protons and carbon ions in microdosimetry exploiting Geant4 simulations

Calculation of energy imparted from ionization-based measurements

Validating in- and out-of-field microdosimetric spectra of proton, helium and oxygen beams with TOPAS.

Microdosimetry of gold nanoparticle enhanced radiation therapy using multiscale modelling

Microdosimetric simulations with TOPAS: comparison with experimental data

Simulation of biological damage using ionization cross sections of water clusters