Difference between revisions of "IMAGINARY Conference 2016"
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==Program== | ==Program== | ||
− | ===Wednesday=== | + | ===Wednesday, 20 July=== |
− | * | + | * [https://de.wikipedia.org/wiki/J%C3%BCrgen_Richter-Gebert Jürgen Richter-Gebert] ([[Ix-quadrat]]). Fast Prototyping of Interactive Mathematical Content. |
− | * | + | * [http://www.westfield.ma.edu/renesse/cvr/C._v._Renesse.html Charistan Von Renesse] ([[Discovering the Art of Mathematics]]) |
− | * | + | * Daniel Lordick. Utilization of mathematical model collections for multidisciplinary research and knowledge transfer. |
+ | * Mateja Budin. Designing spatial visualization tasks. | ||
+ | * Jasna BoškoviC and Tatjana StankoviC ([[Massword path]]). | ||
+ | ===Thursday, 21 July=== | ||
+ | * [https://de.wikipedia.org/wiki/Hermann_Karcher Hermann Karcher]. ([[3D -Xplor Math]]): More than 300 mathematical objects, all with animations and explanations. | ||
+ | * [http://www.matcuer.unam.mx/~aubin/ Aubin Arroyo]. Around Wild Knots. | ||
+ | * Ana Cristina Oliveira. [[Atractor]]: Visualization of mathematics using 3D televisions and realistic virtual exhibits. | ||
+ | * [https://500px.com/kelemengabi Gabriel Kelemen]. The Algorithm of Fluid Geometries. | ||
+ | * Enric Brasó and [http://www.rinusroelofs.nl/ Rinus Roelofs]. The self-sustaining domes by Leonardo (Dome building activity). |
Revision as of 17:51, 21 July 2016
This was a conference on math communication in Berlin on 20 - 23 July 2016
Program
Wednesday, 20 July
- Jürgen Richter-Gebert (Ix-quadrat). Fast Prototyping of Interactive Mathematical Content.
- Charistan Von Renesse (Discovering the Art of Mathematics)
- Daniel Lordick. Utilization of mathematical model collections for multidisciplinary research and knowledge transfer.
- Mateja Budin. Designing spatial visualization tasks.
- Jasna BoškoviC and Tatjana StankoviC (Massword path).
Thursday, 21 July
- Hermann Karcher. (3D -Xplor Math): More than 300 mathematical objects, all with animations and explanations.
- Aubin Arroyo. Around Wild Knots.
- Ana Cristina Oliveira. Atractor: Visualization of mathematics using 3D televisions and realistic virtual exhibits.
- Gabriel Kelemen. The Algorithm of Fluid Geometries.
- Enric Brasó and Rinus Roelofs. The self-sustaining domes by Leonardo (Dome building activity).