Simulation of vascular tumour growth before (3) and during treatment (4), illustrating the model’s ability to represent therapy effects in silico.

Simulation of vascular tumour growth before (3) and during treatment (4), illustrating the model’s ability to represent therapy effects in silico.

Visualisation of a tumour's spheroid evolution over time. Colours indicate cell states: yellow (quiescent), bright green (proliferative), dark green (proliferative), grey (hypoxic), and black (dead).

BioDynaMo is supported through the #CERNandSociety Foundation.

Find out more: cernandsocietyfoundation.cern/news/meet-pr...

It was a real pleasure to meet Maxime and the winning teams at CERN (@cern.bsky.social). Their enthusiasm for physics and research was truly inspiring! 👏 🚀 ⚛️ ... Thank you #CERNandSociety Foundation for making this possible ♥️

#CERN #DESY #ELSA #UniversityofBonn #Education #Science #Outreach #STEM

So proud to be involved in this programme :D #CERN #DESY #ELSA #UniversityofBonn #CERNandSociety #STEM #Outreach #Education

Yessss! Beamline for Schools won the #EPSHEP Outreach Prize :D I'm so happy to see that this project I joined as a project manager has been awarded such an amazing prize. Thanks to @epshep2025.bsky.social for this and to @cern.bsky.social for the many years of commitment! #CERN #DESY #CERNandSociety