Teleworking's odyssey

Des molécules qui vibrent, un signal à la vitesse de la lumière, une fibre optique… Découvrez dans L’Odyssée du télétravail toutes les pérégrinations par lesquelles passe un simple “Allô ?” pour arriver à destination.

Vous allez voir que le télétravail, c’est avant tout de la physique !

Le making of en images

This film was created by Arthur Venayre in collaboration with Julien Bobroff (“La Physique Autrement”, Univ. Paris-Saclay, CNRS).

 

Voice: Julia Mercadier, Eliot Ratinaud, Alexa Lieto

 

It was supported by the Chair “La Physique Autrement “, under the Paris-Saclay University Foundation supported by the Air Liquide group. A big thank you to the whole team of “La Physique Autrement” for their feedback and external help from Sara Lièvre, Nathan Mardoukh and Raphaël Venayre.

Authors:

DSAA DIS, Ecole Estienne

Discover four strange quantum phenomena and the experiments that measured them, through these graphic stories. An invitation to a poetic and scientific journey …

This project was carried out by Adélie Braud, student in scientific illustration at Ecole Estienne, in collaboration with Julien Bobroff (“La Physique Autrement”). It benefited from the support of the Chair “La Physique Autrement”, supported by the Paris-Saclay Université Foundation supported by the Air Liquide group. A big thank you to Alice Rameau and the whole team of “La Physique Autrement” for their feedback .

Authors:

DSAA DIS, Ecole Estienne

This project was carried out by Adélie Braud, student in scientific illustration at Ecole Estienne, in collaboration with Julien Bobroff (“La Physique Autrement”). It benefited from the support of the Chair “La Physique Autrement”, supported by the Paris-Saclay Université Foundation supported by the Air Liquide group. A big thank you to Alice Rameau and the whole team of “La Physique Autrement” for their feedback .

Authors:

DSAA DIS, Ecole Estienne

This project was carried out by Adélie Braud, student in scientific illustration at Ecole Estienne, in collaboration with Julien Bobroff (“La Physique Autrement”). It benefited from the support of the Chair “La Physique Autrement”, supported by the Paris-Saclay Université Foundation supported by the Air Liquide group. A big thank you to Alice Rameau and the whole team of “La Physique Autrement” for their feedback .

Authors:

DSAA DIS, Ecole Estienne

This project was carried out by Adélie Braud, student in scientific illustration at Ecole Estienne, in collaboration with Julien Bobroff (“La Physique Autrement”). It benefited from the support of the Chair “La Physique Autrement”, supported by the Paris-Saclay Université Foundation supported by the Air Liquide group. A big thank you to Alice Rameau and the whole team of “La Physique Autrement” for their feedback .

Authors:

DSAA DIS, Ecole Estienne

This project was carried out by Adélie Braud, student in scientific illustration at Ecole Estienne, in collaboration with Julien Bobroff (“La Physique Autrement”). It benefited from the support of the Chair “La Physique Autrement”, supported by the Paris-Saclay Université Foundation supported by the Air Liquide group. A big thank you to Alice Rameau and the whole team of “La Physique Autrement” for their feedback .

Authors:

DSAA DIS, Ecole Estienne

On vous explique les différentes formes d’énergie avec… des patates !

L'énergie potentielle et cinétique

L'énergie thermique

L'énergie chimique

L'énergie nucléaire

L'énergie photovoltaïque

Petit making of (projet réalisé en confinement)

1 / 17

This project was carried out by Paul Capdenat-Christy in collaboration with Julien Bobroff.
It benefited from the support of the Chair “La Physique Autrement” carried by the Paris-Saclay foundation and supported by the Air Liquide group.
Thanks to Daniel Suchet and the whole team “La Physique Autrement” period confined for their advice.

Authors:

Designer et vidéaste

Lors du confinement, nous avons réalisé des “conférences confinées” mettant en scène des expériences de physique menées en direct avec juste un smartphone. En voici des extraits.

Transformer son smartphone en microscope

La chute des corps

Le pendule

La vitesse du son

La masse par la pression

Mesurer le champ magnétique

La masse par la vibration mécanique

You can use your smartphone to do physics thanks to all the sensors it contains. Two free applications allow you to do this (in French): phyphox (more for high school or higher) and Fizziq (for middle school-high school). And we have designed lots of activities to accompany you.

These projects were developed by Frédéric Bouquet and Julien Bobroff in the La Physique Autrement team (Université Paris-Saclay and CNRS). Some were designed at the Institut Villebon – Georges Charpak.

A big thank you to all the colleagues, designers and students who contributed to them.

These 8 challenges are aimed at any audience, and do not require any specific skill. You’ll have to download the app “phyphox”.

The 8 challenges and riddles

Trailer

International

Ce projet est naturellement disponible en français.

 

Eine deutsche Übersetzung der Poster wurde vom phyphox-Team (contact@phyphox.org) angefertigt und ist hier zu finden. Sie können es (frei) verwenden (und teilen) unter den Bedingungen der Creative-Commons-Lizenz BY-NC-ND.

All the contents of this site can be used freely under the terms of the Creative Commons BY-NC-ND license.

This project was designed in a collaboration between the “Physics Reimagined” team and the COMPAS department of the Faculté des Sciences from Université Paris-Saclay.

 

Physics and mediation: Frédéric Bouquet, Julien Bobroff, Anaïs Vergnolle

 

Illustrations and graphics: Anna Khazina

 

Thank you to the entire beta-test team!

Authors:

illustration et graphisme
Service Médiation Faculté des Sciences