Women of Mathematics - the exhibition panels
Submitted by Noel Matoff on
These are the thirteen plus one panels of the Women of Mathematics throughout Europe exhibition.
Exhibitions
Math to Touch
Math to Touch is a collection of 16 small apps, each of them opening a little mathematical world to be explored.
EUHFORIA: modeling the dangers of the sun
Submitted by Christine Verbeke on
The Earth’s magnetic field is protecting us from the dangers from outside. However, once in a while, it is possible that a Coronal Mass Ejection (CME) launched from our Sun, has a large impact at Earth. Our model EUHFORIA helps with predicting the arrival times and impacts of such CMEs, so that we can prepare ourselves at Earth when a large CME is coming our way…
Drone in Greenland
Submitted by Guillaume Jouvet on
This 5-min-long film shows how scientists use drones to monitor and model the detachment of icebergs (calving) from the Bowdoin Glacier in Northwest Greenland.
Fractal Polyhedra
Submitted by Aubin Arroyo on
Take a few perfectly reflective spheres and arranged them at the vertices of a polyhedron.
Stereographic projection globe
Submitted by Henry Segerman on
A very small LED casts a shadow of a 3D printed globe onto a wall, illustrating stereographic projection. The globe can be freely rotated by a visitor, to see the changes in distortion of the map.
Mappae mundi
Explorer la science derrière la cartographie et la géométrie des projections de carte.
Symmetric solids - wireframe versions
Submitted by Oliver Labs on
In this hands-on set, MO-Labs presents its 3d print wireframe versions of some of the most classical symmetric solids for non-commercial use: platonic solids, archimedean solids, catalan solids.
MatchTheNet
MatchTheNet est un jeu pour un seul joueur dont les héros sont les polytopes de dimension 3. Vous y rencontrerez les cinq solides platoniques et leurs meilleurs amis.
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Vibrations algébriques
Submitted by Bianca Violet on
Nous approchons et calculons de façon effective différents motifs caractéristiques des vibrations d’un tambour en utilisant des surfaces algébriques.