Selection of implants for the study: the student will actively participate in the choice of implants to study. This selection will be based on specific criteria such as the geometric shape, radiological density and atomic mass composition of the gel as well as the envelope of the implants. Analysis of implant characteristics: a detailed evaluation of the properties of the chosen implants will be carried out. This will involve developing charts to visualize and compare the differences, based on their aforementioned intrinsic characteristics. The objective will be to determine how these differences affect X-ray transmission and, therefore, dose assessment in mammography. Measuring the attenuation coefficient: measuring the attenuation coefficient (μ) will be a primary task. This measurement is crucial to evaluate the ability of implants to absorb X-rays. It will help to understand the influence of different types of implants on the measurement of the dose in mammography. Design of experimental protocols: the intern will participate in the development of experimental protocols intended to examine the effect of implants on dose evaluation. This important step will include the simulation of mammographic scenarios, the choice of appropriate measurement equipment, and the establishment of realistic experimental conditions. The aim will be to collect precise data on the impact of breast implants on dose measurement, examining in detail the dose distribution in the implant and surrounding tissues.