3D scientific interpretation and modelisation: crab xanthias claudiae
3D scientific interpretation and modeling of a crab of the species xanthias claudiae. The model was then 3D printed at two different …
3D scientific interpretation and modelisation: bacteria
Scientific 3D interpretation and modeling of bacteria: escherichia coli, enterococci, filamentous cyanobacteria and micro algae (ostreopsis). 3D models created and printed for …
3D scientific interpretation: anglerfish
3D scientific interpretation project for a species of anglerfish himantolophus groenlandicus for the needs of the 2024 exhibition “Ocean, an unusual dive in Normandy”. The Atrium, Rouen, France.
The 3D model made from photos, printed in 3D then colored.
Project carried out in collaboration with Térésa Ribeyron and Samuel Iglésias National Museum of Natural History, Paris.
3D scientific interpretation of microalgae: Dolichospermum
3D scientific interpretation of microalgae: Dolichospermum. The 3D model is intended to be printed in 3D for the realization of an educational …
3D interpretation: Lamassu, neo-assyrian statue
3D interpretation of a pair of Neo-assyrian statues. Lamassu is a protective figure of ancient Mesopotamia. Gypsum statues, 825-860 BC, Iraq. Statue …
3D scientific interpretation: micro algae (Gambierdiscus belizeanus)
3D scientific interpretation of micro algae: Gambierdiscus belizeanus. The model has been printed in 3D for an educational purpose. In collaboration with …
3D interpretation: black figure amphora
3D interpretation of black figure amphora representing Theseus fighting the Minotaur. Athens 55-520 BC- BnF dep. coins, medals and antiques. Personal project …
3D interpretation: Tardigrade
Personal project. Zbrush, Blender. 2022
Scientific interpretation: micro algaes
Phytoplankton models intended to 3D printed and used as teaching aids in education and awarness programs in Woods Hole Oceanographic Institution (marine …
3D scientific interpretation: micro algae
3D interpretation for an exhibition and science popularization project for Instituto de Ciencias del Mar (Barcelona, Spain). Modeled species: alexandrium minutum, parvilucifera …
