Light Science Design : Kaleidoscopic projections
Authors:
Authors:
We have developed with domain experts seven 3D animations that describe modern microscopies: tunneling, electron, polarizing, phase contrast and dark field, atomic force.
Go to
This website benefited from the support of the Chair « La Physique Autrement » led by Fondation Paris-Sud and sponsored by Air Liquide.
SCIENTIFIC BOARD : Julien Bobroff and Frédéric Bouquet from the group « Physics Reimagined » (Laboratoire de Physique des Solides, Université Paris Sud and CNRS) with the help of Fabrice Bert (LPS), Véronique Brouet (LPS), Vincent Jacques (LPS), Marianne Imperor (LPS), Pascale Launois (LPS), Marino Marsi (LPS), Mark Oliver Goerbig (LPS), Janet Rafner (LPS), Claire Lauhle (SOLEIL and Université Paris Sud), Jean-Noël Fuchs (Laboratoire de Physique Théorique de la Matière Condensée, Université Pierre et Marie Curie), Vincent Jacques (Laboratoire Aimé Cotton, CNRS, ENS Cachan, Univ. Paris-Sud), David Clement (Laboratoire Charles Fabry, Institut d’Optique Graduate School), Christian Colliex (LPS), Nathalie Brun (LPS), Françoise Livolant (LPS), Frédéric Restagno (LPS), Yves Noat (INSP, UPMC).
Authors:
Nine students in scientific illustration were asked to explain magnetism with the constraint of using real magnetic phenomena in their productions. Magnets, iron powder and compasses accompanied them for two months, for this work conducted in collaboration with physicists. The results are as original as they are innate: magnetic hedgehogs, boxes and kits, graphic pop-ups, diamagnetic levitation, discover new faces of magnetism.
The four projects
This work is the result of a collaboration between the DSAA DIS of the Ecole Estienne and Julien Bobroff (Physics Reimagined, LPS, University Paris-Sud)
Authors:
Magnetiques ? The framework.
Nine students in scientific illustration were asked to explain magnetism with the constraint of using real magnetic phenomena in their productions. Magnets, iron powder and compasses accompanied them for two months, for this work conducted in collaboration with physicists. The results are as original as they are innate: magnetic hedgehogs, boxes and kits, graphic pop-ups, diamagnetic levitation, discover new faces of magnetism.
A magnetic earth : the project of Lea and Marjorie
Why is the Earth magnetic? How does its magnetic field protect us from the Sun? Léa and Marjorie have created a box to answer these questions. There are cards, drawings, self-made experiences and even a graphic bonus.
An invitation to an aesthetic, playful and scientific journey to discover the magnetism of our planet.
Le livret en pdf
Authors:
Nine students in scientific illustration were asked to explain magnetism with the constraint of using real magnetic phenomena in their productions. Magnets, iron powder and compasses accompanied them for two months, for this work conducted in collaboration with physicists. The results are as original as they are innate: magnetic hedgehogs, boxes and kits, graphic pop-ups, diamagnetic levitation, discover new faces of magnetism.
7 preceptes du magnétisme : the project of Line, Diane and Arnaud
Magnets, magnetic fields, spins, polarities, so many scientific notions that can sometimes scare away. Discover them in a new light through this funny and poetic film directed by Diane, Line and Arnaud.
Iron scrap, fluorescent paint and magnets are the main actors of this short film where you will learn seven of the precepts that govern the physics of magnetism.
Authors:
Magnetiques ? The framework.
Nine students in scientific illustration were asked to explain magnetism with the constraint of using real magnetic phenomena in their productions. Magnets, iron powder and compasses accompanied them for two months, for this work conducted in collaboration with physicists. The results are as original as they are innate: magnetic hedgehogs, boxes and kits, graphic pop-ups, diamagnetic levitation, discover new faces of magnetism.
Electromagneticus, the project of Loïc and Laurine
The book's pictures
1 / 22
Discover how magnetism revolutionized the industry and our daily life in the 19th century thanks to pop-ups by Laurine and Loïc. From Faraday’s induction to Gramme’s dyname, from Hertz’s radio waves to Tesla’s reciprocating engine, welcome to an astonishing graphic universe. Interactive pop-ups help to understand oneself by manipulating magnetic illustrations that inventions that have upset our world.
Authors:
Magnetiques ? The framework.
Nine students in scientific illustration were asked to explain magnetism with the constraint of using real magnetic phenomena in their productions. Magnets, iron powder and compasses accompanied them for two months, for this work conducted in collaboration with physicists. The results are as original as they are innate: magnetic hedgehogs, boxes and kits, graphic pop-ups, diamagnetic levitation, discover new faces of magnetism.
Simple lévitation : the project of Juliette and Louis
Can we levitate an object with a magnet without it falling? Yes, thanks to the diamagnetic materials. Pyrolitic, bismuth or superconducting graphite, these materials can levitate by repelling magnetic fields.
Juliette and Louis have created a stop-motion video to explain and show these surprising magnetic levitations.
Authors:
The outreach course
This course offers an introduction to communication and popularization of science to undergraduate physics students. Each year, some twenty students have been able to develop their own outreach projects around an aspect of fundamental physics for five days. These projects are accompanied by various exercises and courses on science communication. All the projects are presented at the end of the workshop by the students themselves during a public session at the University in front of a large audience.
Le show des étudiants
Show donné en juin 2016 par les étudiants de l’option vulgarisation du magistère de physique d’Orsay (Université Paris-Sud, Université Paris-Saclay).
Un monde sans Newton
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, Un monde sans Newton.
Les ondes s'accordent
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, Les ondes s’accordent.
L'atmosphère et les gardiens de la Terre
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, L’atmosphère et les gardiens de la Terre : le clip.
En bonus, L’atmosphère et les gardiens de la Terre, le bêtisier…
Les performances de Félix Baumgartner
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, Les performances de Félix Baumgartner.
Physics or not physics: that's the equation!
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, Physics or not physics : that’s the equation!
En bonus de Physics or not physics : that’s the equation, le bêtisier…
Science Survival
Un des projets réalisé dans le cadre de l’option vulgarisation 2016, Science Survival : une histoire de physique dont vous êtes le héros !
Team 2016
Authors:
Le sujet de la conférence
Existe-t-il des idées en physique si complexes que l’on ne peut pas les transmettre au grand public ? C’est probable, si par “transmettre”, on entend juste “expliquer”. Mais nous avons découvert, à la rencontre du public, que la transmission a bien d’autres visages : donner à voir, faire découvrir, séduire, inspirer, débattre… Nous montrerons comment, avec l’aide de designers et d’artistes, nous avons développé ces autres facettes de la transmission autour de nos propres sujets, en particulier la physique quantique et la supraconductivité.
Une conférence réalisée dans le cadre des “Treize minutes” de l’Univ. Paris-Diderot.
Authors:
Julien Bobroff
