Medical Radiation Physics

91 Photos are displayed here. 1) Charleroi (André Vésale) and Brussels in BELGIUM for my clinical training in Radiotherapy. 2) Bucharest-ROMANIA with training in MRI & CT scan at MEDINST and Radiotherapy at Amethyst Radiotherapy Center, a workshop in Nuclear Physics (ELI-NP) and the 29th Annual Congress of RSRMO where I gave a lecture in VMAT Radiotherapy. 3) Paris-FRANCE with the JFR (French Day of Radiology) Congress, training in Radiology & Echography at Gustave Roussy Institute and INSTN. 4) My UK IPEM & my Canadian COMP Memberships. 5) The last two pics were taken in Brussels in 2021.

Cancer involves a pathological breakdown in the processes controlling cell proliferation, differentiation and death of particular cells. As I, many medical physicists work in the fight against cancer, using tools of medical imaging and radiotherapy (radiation therapy). While medical imaging deals with diagnosis (CT scan, mammography, X-rays (radiography),... echography (US), nuclear medicine, MRI, etc.), radiation therapy uses radiation’s cell-killing properties to kill cancer while sparing healthy tissues. This is connected to the practice of treatment planning and dosimetry, the calculation and assessment of how much radiation dose is absorbed by the human body. In radiation oncology, medical physicists are involved in the treatment of a wide range of patients, from skin cancer to total body irradiation, breast, lung, liver and prostate patients applying sophisticated technology.

Welcome to my website, the world of Medical Radiation Physics!

My name is BOGMIS Aaron Innocent.

I am a Medical Radiation Physicist, I did my Residency program (Clinical Training) in Radiotherapy in two Belgian hospitals: André Vésale hospital of the CHU of Charleroi and the Jules Bordet Institute of Brussels in 2020 - 2021.
I am also an Analytical Laboratories Scientist and a Laboratory Quality Management Engineer.

This website is my personal expression area which will be serving as a platform for consultancy in medical radiation physics (images analysis and processing, radiation therapy, physical and clinical dosimetry, radiation protection, nuclear medicine), a platform from which I can share useful information in scientific areas such as scientific computation, etc. I will not in general focus on the theory that interested readers can find in books of many sources, instead, I will be presenting the practical aspects:

how to code (write programs) in physics in particular atomic, nuclear, particles and medical physics using
- C++ (with emphasis on the latest standards C++20);
- ROOT/cern;
- MATLAB;
- FORTRAN;
- PYTHON.
how to write or how to implement a Monte Carlo code (TRIPOLI, Fluka, Geant4, MCNP, Serpent) in languages such as Matlab; C++20; Python; etc.
how to simulate in physics using:
- Origin (e.g. ESR spectra);
- Monte Carlo: PENELOPE, PRIMO, Geant4, Serpent, Fluka, MCNP, ...
how to write scientific publications, reports, thesis, etc. using the powerful LaTeX and in particular,
- how to write equations and formulas (mathematics) in LateX.
how to program in R when clinical studies, statistics or biostatistics for example are involved, etc.
All these aspects and much more will be progressively developed in this website.

Above all, this website is dedicated to RADIOTHERAPY also called RADIATION THERAPY and in some extends to RADIOLOGY. It is my ambition to bring my contribution in the improvement of radiation therapy treatment, in making sure that each patient is provided with the highest quality treatment possible. Radiotherapy is one of the main treatments for cancer, used in 50% of cancer treatments. It is also a multi-disciplinary field of research, mostly involving medicine, computer science, physics and mathematics.

My CV in English is here

Mon CV en Français est ici

91 Photos are displayed here.

91 Photos are displayed here.

91 Photos are displayed here.

91 Photos are displayed here.

91 Photos are displayed here.

CANCER DISEASE - Saving Lives with Ionizing Radiations

On this website then, you will find

Cancer Treatment

Radiation Therapy

FLASH Radiotherapy

Radiation Biology

Quality Assurance in Radiotherapy

Medical Imaging

Physics of Medical Imaging

Nuclear Medicine

Physics of Nuclear Medicine

Radiation Protection

Physics of Radiation Protection

Monte Carlo Simulation

Geant4-DNA

Scientific Programming

Artificial Neural Networks

Medical Metrology

Medical Electronics

Bionics & Medical Prostheses

Mathematics