It's one of the great annual events ofOctober: the Fête de la Science is organized every year in France, to introduce the general public to the many disciplines in this field, to French researchers and scientists, and to their discoveries.
Fête de la Science 2024 in Paris and Ile-de-France, free events to discover
The Fête des Sciences returns from October 4 to 14, 2024 for its 33rd edition! What's it all about? A week dedicated to scientific culture, with numerous free events all over France. Experiments, shows, open houses, visits and a host of workshops, open to all and adapted to children, await you in the four corners of Paris and the Île-de-France region! [Read more]
This 32nd edition of the Fête de la Science takes place from October 6 to 16, 2023, in museums, libraries and media libraries, schools and universities, cultural centers, research laboratories, scientific institutes and centers. These numerous sites are opening their doors free of charge to the curious, and offering a range of events, meetings and workshops that are as fascinating as they are entertaining.
There's no age limit for learning about chemistry, astronomy, physics, medicine or biology. So the Fête de la Science is for everyone, from the very young to the very old. Even teenagers can have fun with the many outings and activities on offer in Paris and the Île-de-France region. Take a look at our special selection for teens!
Sorbonne University Paris 5e
The cell is the smallest building block of all living things. To study them, we cultivate them like gardeners and look at them through a magnifying glass like detectives. Uncovering their mysteries is our passion! It allows us to better understand how they work together to form a living being. We look forward to seeing you!
As part of the Year of Physics, until November 30, 2024, the mineral collection is hosting a temporary exhibition entitled "Physics of Minerals, a story of discovery". It invites visitors to delve into the fabulous world of mineral matter, from its creation to its use in our daily lives, by simply exploring the diversity of their physical and optical properties.
Like plants, algae need light to feed. On the other hand, they have the ability to move quickly to react to light variations in their environment. Come and test, discover and understand how algae react to light with our simple, intuitive experiments!
Sorbonne Université's thematic institutes offer high-school students in the Paris region a direct immersion in scientific life and research at the university. All in just ten minutes.
Students in our high schools have only a vague and partial vision of university life and academic research. They have no idea of the richness of research, the multitude of bridges between study paths or the different careers offered by universities. To inform them, to reassure them, to interest them, our 6 institutes are organizing short meetings for your final year class with our PhD students. In 6 meetings, our different disciplines will offer your students 6 different career paths, 6 different types of research that only a university can provide.
Young researchers from the scientific communities of IMAT (Institut de science des matériaux), OPUS (Observatoire des patrimoines), QICS (Quantum Information Center Sorbonne), SCAI (Sorbonne Center for Artificial Intelligence), de l'Océan and Collegium Musicæ will welcome students from the Première and Terminale classes to a speed meeting to discuss their scientific and academic careers around their research topics: materials, heritage, quantum information, artificial intelligence, the ocean and music.
The institutes support interdisciplinary and innovative research: the scientists who develop these projects often have rich and original backgrounds, at the crossroads of several disciplines.
In brief:
- a class divided into groups of 5/6 students (from 1ère to terminale)
- 6 young researchers
- 10 minutes of discussion per researcher
- 1h30 speed-meeting
- the discovery of interdisciplinary careers in science and the humanities and social sciences (archaeology, chemistry, art history, computing, mathematics, physics, music, geography etc.)
Booking slots:
- 9h-10h30
- 11h00-12h30
- 13h00-14h30
- 15h-16h30
Info and contact with the institutes:
IMAT - emmanuel.sautjeau@sorbonne-universite.fr
OPUS - frederique.andry-cazin@sorbonne-universite.fr
QICS - khamsa.habouchi@sorbonne-universite.fr
Institut de l'Océan - marie-line.sauvee@sorbonne-universite.fr
Collegium Musicæ - nancy.hachem.1@sorbonne-université.fr
SCAI - Rakhee Patel : rakhee.patel@sorbonne-universite.fr, Julien.Roudil@sorbonne-universite.fr
Gas pedal experiments, particle manufacturing, telescopes, observation of particles from the depths of the Universe... Take a tour of our laboratory and get to the heart of the scientific world of particle physics: Higgs Boson - Antimatter, neutrinos - Dark matter, dark energy - Cosmic rays.
Characterizing tiny objects that we can't see, smell, taste, hear or touch requires the development of sophisticated probe techniques capable of discerning them. One of these techniques is based on diffraction. This action invites you to explore this phenomenon and its applications.
Through a variety of scientific experiments, Vert la Science aims to broaden scientific culture and awaken the scientific curiosity of youngsters. To this end, during the Fête de la Science, a team of volunteers will be delighted to present a number of experiments combining knowledge and fun.
The Romarin project invites you to discover the robots in the RoMarin fleet, designed by students in Sorbonne University's Mechanics degree program. The purpose of these prototypes is to probe the seabed to gain a better understanding of these poorly understood, yet promising environments. At this stand, you'll learn how these mini-UAVs work, as well as the sensors they're fitted with (a prerequisite for obtaining a driver's license), and you'll be able to admire the original designs put forward by the students of the class of 2021! At the end of this initiatory tour, the bravest scientists will be offered a flying course.
Join us for the Fête de la Sorbonne and discover a unique experience combining an interactive game specially designed to guide you in your orientation and an exhibition featuring inspiring women from the fields of Science, Technology, Engineering and Mathematics (STEM) to illustrate professions that are too little known.
The "FuturinSTEM" workshop is an immersive experience in the form of a treasure hunt, inspired by our future application, designed to guide young people in their STEM careers. They will be able to discover the different professions in these fields, understand the necessary educational pathways, and familiarize themselves with the associated tasks and remuneration.
Our aim is to demystify the STEM fields, inspire vocations and encourage young participants to consider a career in these exciting fields.
To illustrate these often little-known professions, we and our sponsors have put together an exceptional exhibition entitled "Tribute to STEM Superwomen", where we invite you to explore the remarkable careers of women who are pushing back the frontiers of knowledge and paving the way for future generations. Through a series of captivating portraits, you'll discover their stories and contributions.
So don't miss this opportunity to celebrate STEM superwomen while having fun and learning!
What do tangible and intangible heritage, eco-friendly materials, neuroscience, health and biotechnology have in common? The Major Research and Innovation Domains (DIM) of the Île-de-France region open the doors to their scientific worlds. On the program: meetings and exchanges with researchers, experiments and games!
DIM MaTerRE
What is research into eco-responsible materials, and what is at stake in our daily lives? To find out, come and talk to researchers from the DIM MaTerRE and play themed games that will put your senses, memory and speed on the alert.
DIM BioConvS
The industry of the future will see the use of living matter as a means of production in factories. Come and discover synthetic biology projects, pioneering future applications of microorganisms in the health and agri-food sectors, presented at the iGEM 2024 international competition.
DIM ITAC
Would you like to find out how immunotherapies to treat cancers and autoimmune diseases work? And how researchers are collaborating and innovating to develop new, more targeted treatments. Come and visit the DIM ITAC stand, where researchers will share with you the latest advances in research in these fields.
DIM C-Brains
What are the differences between artificial neural networks used for artificial intelligence and the neural networks of the human brain? How do they learn? Come and experiment and discover the answers to these questions at the DIM C-Brains stand.
DIM PAMIR
Ancient materials... what do they tell us? What are they made of? And how can we find out? How did they manage to reach us? And how can we ensure that future generations benefit from them too? Come and experiment, play and, in the process, learn some great stories!
This animation offers 4 thematic workshops: Probing the interior of planets between physics and geosciences: Set course for the planets! Our first stop is the icy planets, where we'll show you how to make ice using high pressure. Then we're off to Mars to probe its interior with a seismology experiment. At the end of the trip, you'll have your feet firmly planted underground, and discover some of the minerals that have come from the depths of the Earth. Glass, witness to the past and protagonist of the future: from the first bottles to space shuttles, via the most beautiful cathedrals: come and discover glass, a fascinating material. To understand the stained-glass windows of yesterday and the energy of today, we present the secrets of glass. By tracing its history, you'll discover how this material is made, what its properties are and what techniques are used to study them. Mineral/living interface: Minerals and living organisms coexist, and sometimes even become one! Come and discover biominerals, biomaterials and fossils; their histories, properties and the tools used to study them Artificial intelligence, a tool at the service of physics: you'll understand how physicists use artificial intelligence to make predictions.
Technician, engineer, researcher... This workshop will introduce you to a platform showcasing various career paths to help you enter the world of science! You'll have the opportunity to meet scientists who are thriving in different fields, with varied backgrounds. Come and ask all your questions!
To register your classes, go directly to our e-mail address admin@sciencesforgirls.com or contactscigi@gmail.com
We'll be revealing the infinitely small world of several exotic species that biological research is studying: octopus, zebrafish, axolotl and many others. You'll also discover the various fluorescence optical microscopes available on the I2PS photonics platform.
The satellite studies the sun, collecting data and high-resolution images of the star and its heliosphere.
The aim of the game is to help you discover the scientific challenges of the Solar Orbiter exploration mission!
Put yourself in the shoes of the scientists, accumulate measurements and discoveries, and wisely choose colleagues for your laboratory to win maximum points before the end of the mission!
Public: Ages 10 and up.
Discover homemade spectroscopes and build your own!
This spectroscopy workshop will be supervised by physicists.
Continuous, all weekend long.
In this workshop, we'll explain our research into heart disease and physiology, and the links between heart and nutrition.
You'll be able to touch and observe a real heart, both with the naked eye and under the microscope (by staining microscopic sections yourself), or listen to it.
We also invite you to explore the heart, like a red blood cell, using a virtual reality headset.
As an added bonus, you'll be able to prepare your own DNA, play with lipids, and for the younger set, we've included a nutrition workshop.
The event is open to the general public without reservation on Saturday October 12 and Sunday October 13.
During European Protohistory, the Sun and Moon helped us to situate ourselves in Time and Space. The observation of these stars and the compilation of their various movements were used to establish solar, lunar or lunisolar calendars. In this respect, the gnomon appears to be the simplest instrument for situating oneself in the day and in the year. We'll also see that the use of cast shadows allows us to situate ourselves in Space. The aim of this workshop is to use experimental archaeology to rediscover ancient gestures and techniques for situating ourselves in Time and Space.
From cells to groups of animals, living things self-organize and create complex patterns. Come and shake nails, look through a microscope and play simulations to discover how nature creates order out of chaos!
Using simulation goggles, we will reproduce the effects of alcohol and cannabis on perception and brain function. Based on this immersive experience, discussion and debate with researchers will help us understand the harmful effects of alcohol and cannabis on the brain.
Visit the PLAS@PAR stand for a unique opportunity to observe the fascinating spectacle of the aurora (a contribution from IAP and LPP).
Come to the PLAS@PAR stand before the desired session.
The main heroine, having difficulty controlling her anger, is stunned by lightning (plasma). She finds herself in the dream world of matter. After encountering solid, liquid and gas, she goes in search of Plasman, who will help her return to the real world.
Project led by the PLASMAScience University Research School and its 7 laboratories. Ages 8 to 13
The ClimaTicTac game lets you work together to devise a strategy to deal with the perils threatening our planet. It's up to you to act collectively, according to the climatic hazards and the levers of action available to you. But will the mounting catastrophes give you enough time? Come and play ClimaTicTac with friends or family. This game was awarded the CNRS Medal for Scientific Mediation.
Researchers and doctoral students from IPSL (Institut Pierre-Simon Laplace) use experiments to explain the impact of physical phenomena on climate: the water and carbon cycle, ocean circulation, melting ice... You'll discover how these processes influence the climate, how they modify it and how to limit these modifications.
My photographic work seeks to capture a narrative that blends the fascinating beauty of the ocean with the ecological challenges humanity has imposed upon it. The ocean is a vast realm filled with life in many different forms, each an integral part of a delicate ecosystem. Through my lens, I aim to convey the underwater odyssey of "Living Colors for Pure Ocean", a microcosm teeming with vibrant life. Their vibrant hues tell a story of resilience and beauty in the midst of adversity.
After various microscopic observations of organisms, paleontological digs and reconstructions of a past world, as well as treasure hunts and more, become ocean science professionals! Let your scientific curiosity guide you, as a whole marine universe awaits you...
Plunge into the heart of the brain: several activities allow you to discover the brains of different vertebrate species, observe the amazing brain cells under the microscope, colored by various techniques, and understand how neuronal circuits participate in the realization of a movement.
Laboratoire Kastler Brossel is a major player in the field of quantum physics. Its themes cover many aspects, from fundamental tests of quantum theory to applications. For the fête de la science, we invite you to visit our laboratories. Four themes will be addressed: What is light? How do we detect gravitational waves? How far can matter be cooled? High-precision measurements in quantum physics
For each of these themes, a researcher will give you a presentation, followed by a tour of his or her laboratory. You can also visit the laboratory's mechanical workshop.
Come and discover how to detect pollutants, measure ocean acidification, find tomorrow's medicines and observe luminescent jellyfish through a variety of chemistry games and experiments. 20,000 moles under the sea will plunge you into ocean chemistry.
Do you want to help limit global warming? Do you know how much, when and how to reduce your greenhouse gas emissions? Take part in the "Inventons nos Vies Bas Carbone" workshop! This kit has been developed by the Nos Vies Bas Carbone association. It describes and quantifies the rapid, large-scale actions needed to preserve viable climatic conditions.
A microwave generates... microwaves! But how does this "invisible light" interact with small objects?
Here's the recipe: take a grape. Thanks to its size and shape, it will confine the microwaves and... heat up! Put two of them very close together and you can even generate flames and plasma. Incredible, isn't it?
Let's go one step further and peel a potato. By choosing its shape wisely, you can influence the concentration of this "light" and therefore choose the areas where it will heat up. Want to try it out? Get saving!
1- Films conceived as virtual excursions illustrating the major geological processes (seismic, volcanic, sedimentary, geodynamic...) currently at work in Europe and the Mediterranean. The films were produced in Corsica, Sicily and Greece, following three excursions devised and led by Sorbonne University master's students and Alliance 4EU+ European universities
2- Animations to better understand geological hazards in Europe: from tectonic plates to body to body; an experimental volcanic eruption device; a dry-foot crossing of the Mediterranean during the Messinian crisis some 5 million years ago
3- A "MOV'N GO" treasure hunt: make your own excursion on campus and through the long history of European geology!
To understand the polar auroras, one of the most fascinating astrophysical phenomena, immerse yourself in the heart of the formation mechanism using a real simulator!
Duration: 15 minutes. Continuous, all weekend long.
Set off on a voyage of discovery and adventure, exploring all aspects and forms of plasma. Search for information, learn to distinguish between different plasmas, discover this fourth state of matter, and play!
Continuous all weekend.
Public: ages 10 and up.
How do schools of fish form?
How do predators and prey interact?
Come and take part in a life-size experiment and join a host of other participants. You'll discover how simple rules can change everything, and how complex patterns can emerge from disorder!
Understanding the interaction between atoms and light and exploiting it for technological applications is one of the key aspects of quantum physics. It is at the heart of the research carried out at the Kastler Brossel laboratory. Several demonstration experiments will be presented: Open-heart laser Rubidium optical resonance Photon interference Laser radar
Egypt, Egypt: from the origins of photography to what's in the ocean.
When I swim in the sea, what does it contain of my past? The Nile carries particles from sites swallowed up by the Aswan Dam into the Mediterranean. Participants are invited to observe intact sites using calotypes (primitive photography) and to make a cyanotype (19th-century photographic print) to take away with them.
Through games, microscopic observations and quizzes, come and discover, look at, smell and handle little-known micro-organisms, insects with a fine sense of smell, pollinators essential to our health, the astonishing structure of plants, and the interactions that bind all these organisms together.
The aim of the game is to build a wastewater treatment plant using challenge cards (drawings and mimes) and question cards to test participants' knowledge.
Duration: 45 min-1h
How can we monitor atmospheric composition from space?
What is the link between the chemical composition of the atmosphere, pollution and climate? The IASI* instrument makes it possible to observe a range of atmospheric components involved in pollution phenomena. It also contributes to climate monitoring.
*IASI is an atmospheric sounder based on passive infrared remote sensing.
Magnetism can be a mysterious subject! Playful experiments using permanent magnets and electrical circuits, or a superconducting train, will show why some materials stick to the fridge while others don't, the links between superconductivity and magnetism, and how to create a magnetic field and "see" magnetization.
We encounter soils and rocks every day - we walk on them, build buildings on them and even dig tunnels in them.
A closer look reveals that soils and rocks are not only made up of different minerals, but also contain air and water.
The interaction between these elements generates complex phenomena, which have a major impact on the stability of our structures when constructing buildings, in the event of water level variations and temperature changes.
At our stand, we provide interactive demonstrations of different soil materials and present experiments in soil and rock mechanics.
Composed of short texts and drawings by a comic strip illustrator, the exhibition aims to raise public awareness of ethical issues, and to prompt questions about the role of science in relation to these themes. It also encourages the public to take part in the round-table discussion to explore the issue further.
Discover the many video games created by the national consortium Ikigai - Games for citizens.
The ambition of ikigai.games is to make learning fun and effective, thanks to varied and original game mechanics developed by multi-disciplinary teams.
Ikigai Games for Citizens brings together universities, Grandes Ecoles, research laboratories, associations and video game professionals. Together, we're developing a new generation of video games for learning, designed by teachers, for teachers and students, but also for culture, scientific mediation, popular education, participatory science... and above all, for your enjoyment.
The math rally is aimed at all ages, from 7 to 99, and consists of three stands presenting different aspects of mathematics. The stands are renewed each year, and are all accompanied by manipulatives to make the mathematical questions asked more concrete.
During a tour of our laboratory, you'll discover our ongoing research into the mechanisms involved in the normal and pathological development of vertebrate skeletal muscle, which we conduct mainly using the bird embryo (fertilized quail and chicken eggs) as a study model.
During this visit, we will show visitors the approaches and tools used in our day-to-day research at the LBD at IBPS. The visit will include observation of embryos in their shells at various stages of development, as well as an "in ovo" electroporation experiment. This technique is a simple way of modifying gene expression in targeted tissues of the developing embryo in its shell.
On the occasion of the restoration of Adam Steiner's Sculpture Garden (1986), the public is invited to attend a shared presentation by the artist and researcher Lucie Bittner. Discover our artistic heritage and witness the dialogue between art and science.
The functioning of living organisms is governed by complex biological processes involving different types of biomolecules, which it is important to visualize in order to understand the role they play. In this interdisciplinary workshop, between chemistry and biology, we'll see how to highlight and observe different types of biomolecules through simple, fun and colorful experiments!
Description: Immerse yourself in the fascinating world of quantum physics through a performance combining dance and theater. Follow the daily life of a doctoral student in physics, juggling her research with the challenges of everyday life. In this immersive performance, quantum physics concepts such as superposition, entanglement and uncertainty are illustrated through dance sequences and dialogue. You'll be transported on an introspective journey, oscillating between scientific rigor and artistic expression, for an experience that's as educational as it is entertaining.
This performance is designed for families, science buffs, theater enthusiasts and anyone looking to explore the links between science and art. No prior knowledge of physics is required - just bring your curiosity and open-mindedness!
Duration: 25 minutes
Venue: Foyer des étudiants du Campus Pierre et Marie Curie, Jussieu
Performers: Marina Cagnon Trouche, Antoine Chapuis and Leonardo Rincon Celis
How to get involved: free access
Saturday at 12:30 pm then 4:30 pm;
Sunday at 2:00 pm
Thanks to Alice Fargier for her support in the creation of this artistic project.
Discover how minerals are formed and make a small crystal.
The kidney ensures the proper functioning of our body by ridding the blood of waste and excess elements. It's an indispensable organ! Unfortunately, kidney disease is not uncommon. We'll explain why, and you'll learn how to detect them using color techniques.
Discover a panorama of typical Corsican music, drawn directly from historical musical sources: Corsican polyphony, certainly the island's best-known musical form, as well as monodies, work songs and instrumental pieces.
In this workshop dedicated to oceanographic campaigns, discover the measuring instruments used at sea and assemble the components of a mooring line to understand how it works and reacts once submerged.
A mobile laboratory (pipette, microscope and picture cards) will enable us to study "marine life". Using an aquarium with a few zebrafish, we'll measure pH to show the consequences of ocean acidification, and observe zebrafish and plankton under the microscope.
Alice and Bob dream of traveling the world and space, going ever further, ever faster, but to do so, they'll have to overcome a few obstacles....
From their physics laboratory, Alice and Bob take viewers on a journey to understand the strange phenomenon of quantum entanglement, which even the famous Albert Einstein could never quite accept. He wasn't the only one, as Charlie, an acquaintance of Alice and Bob, doesn't believe in it either. Alice and Bob suggest that he take part in a game to find out the truth about this phenomenon. Determined to prove that quantum entanglement does exist, Alice and Bob jump into their space shuttles and head out into the cosmos to win the game and reveal the difference between our world and a world where quantum entanglement doesn't seem to exist.
Straddling the line between animated video and facecam, this video will take viewers on a journey of total immersion into the heart of the quantum universe, traversed by singular and astonishing phenomena that some describe as esoteric and that researchers in the field continue to explore with ardor.
At the forthcoming Fête de la Science, QICS will be presenting a joint project with its community of doctoral students: the OptiQraft video game, developed around two key themes: education and the dissemination of knowledge through video games, and quantum physics.
Through various levels, players find themselves in control of a quantum computer... or rather, its components. Like a classic puzzle game, the player has to manipulate the various components, transmitters and detectors in increasingly difficult challenges, gradually introducing the concepts governing the "quantum world".
Equality between men and women, preservation of the environment and species, development of critical thinking, fundamental rights... these are just some of the topics to be discussed during this round table with 4 renowned scientists.
What is quantum physics? How does it work? The QuanTiP research network in the Paris region invites you to meet, play and experiment with PhD∙es and researchers∙es to understand the inner workings of quantum technologies. Experimental manipulations and collaborative games will be the order of the day!
A program produced by Sorbonne University students and journalist Thomas Schnell.
The aim of this video is to give an introduction to the quantum description of light, based on two experiments that have greatly contributed to our understanding of its behavior. We start with an explanation of the Mach-Zender interferometer, then make the device even more complex by tackling the Hong-Ou-Mandel experiment, which shows the quantum properties of photons in an even more astonishing way. At each stage, the results are compared with what would be expected if the description of light were classical.
In our laboratories, we carry out advanced experiments in quantum optics, some of which are difficult to explain to a non-scientific audience. However, some of these are more accessible and have had a profound impact on our understanding of the quantum behavior of light, and are even at the origin of envisaged applications of quantum technologies.
From the Mach-Zender interferometer to the Hong-Ou-Mandel experiment, the fundamental aim of this video is to make the public understand that light is made up of photons, and that their behavior is not intuitive from the classical point of view.
The video shows a progressive increase in the complexity of the description of light. It begins with a semi-classical approach to describing the elements needed for experiments, such as semi-reflective mirrors and phase shifters.
The Mach-Zender experiment is then presented, highlighting what happens when individual photons are considered, and illustrating the dual wave-particle behavior of photons. This is followed by the Hong-Ou-Mandel experiment, which is set up in a similar way to the Mach-Zender interferometer, making it easier for everyone to understand. This last experiment introduces more complex concepts such as entanglement and indiscernibility.
To help you better understand the ultimate aim of these experiments, the video presents a few examples of applications, such as metrology and quantum computing.
Target: High school level
Duration: 15 minutes
Location: free access at the QICS stand
Designer:
Malo Joly and Carlos-ernesto Lopetegui-gonzalez; PhD students in quantum sciences at Sorbonne Université
When molecules interact with light, they are modified. We can then study the properties of these molecules on many scales, from the Earth's atmosphere to the interstellar medium. You'll discover some of the research activities at the MONARIS Laboratory, with presentations of various physics and chemistry experiments.
The oceans play a major role in stabilizing the climate and are home to immense biodiversity. The increasing concentration of CO₂ in the atmosphere and global warming threaten this balance and marine biodiversity.
Citizens for Climate offers you a fun, interactive workshop led by our scientific mediators with mini-TP and Kiosque des Sciences, to better apprehend the consequences of global warming on oceans, glaciers and marine biodiversity.
As part of the Year of Physics (2023-2024), the mineral collection highlights the contribution of physics to our understanding of the mineral world. From the arrangement of atoms to the manufacture of materials with remarkable properties, immerse yourself in the discoveries that have revolutionized our vision of the world.
ALIAS (L'association Ludique et Informatique de Sorbonne Université) will be present at the Village des Sciences to offer activities on Computer Science and Mathematics:
* Introduction to Programming
Levels: Primary, Collège/Lycée
As the world becomes more and more connected, it seems obvious that young people should be made aware of how the electronic devices around them work.
In this activity, we at ALIAS propose introductory programming exercises, adaptable for all audiences. The exercises aim to teach the basics of Python through fun activities.
Scratch programming for younger audiences.
* Tic-tac-toe
Level: Primary
We get the kids to play a few games of Tic-tac-toe, then explain that there are strategies for never losing!
To prove it, we'll use an algorithm that we'll code to put these strategies into practice so as not to lose a single game.
* Turing test
Level: Primary
The Turing test is a thought experiment proposed by Alan Turing, the great father of computing, in 1950. It involves putting a human in a blind verbal confrontation with a computer and a human being, who must then guess which of the two subjects is the human.
We'll explain the history and importance of this test in the development of artificial intelligence, and then have students take the test using open-source AI, with increasing difficulty according to their abilities.
* Logic exercises:
All levels
Exercises consisting in transcribing sentences in mathematical language into French language, adaptable to various media and of varying difficulty.
* Cryptology exercises:
All levels
Exercises consisting in decrypting sentences according to different schemes and techniques used in the world of cybersecurity.
Faculty of Medicine, Sorbonne Université Paris 13e Aucun événement annoncé à ce jour, le programme est mis à jour en fonction des annonces officielles.
Université Gustave Eiffel de Champs-sur-Marne Aucun événement annoncé à ce jour, le programme est mis à jour en fonction des annonces officielles.
Observatoire de Versailles Saint-Quentin-en-Yvelines in Guyancourt
An instrument from the Atmospheres and Space Observations Laboratory that simulates the atmosphere of Titan, a satellite of Saturn. The device was created in anticipation of the arrival of the Cassini Huygens probe in Titan's environment, which is said to have an atmosphere quite similar to that of the Earth. Visitors will be able to see a low-pressure radio-frequency electric discharge plasma through the instrument's porthole, which produces a pink light. The general public will be able to find out more about the history of this instrument and how it works, thanks to the scientists on hand.
The scientific objectives are to characterize the environments of Jupiter and its icy satellites hosting subsurface oceans. The activity will focus on discovering these ocean worlds through a fun activity based on a board game developed in the laboratory.
The observatory's technical platform is dedicated to integration and testing activities. It provides a range of tools for the integration and testing of components, satellites and probes for the study and observation of space and the planets of the solar system.
Light is a formidable messenger for those who know how to make it speak. All you have to do is make it interact with matter, and it will manifest itself and tell us its story. Otherwise, it remains invisible.
Spectroscopy has historically been the basis for studying the composition of planetary atmospheres. With a retrospective on the SPICAM and SPICAV instruments, designed and operated at LATMOS, and a short practical demonstration, students will be introduced to the wonders of this essential Swiss knife for space exploration missions.
Space and astronomy are present in many films. However, not everything in these films is scientifically accurate, and the scriptwriters take a lot of liberties. In this animation, we'll take a look at a number of science-fiction films to see what's real and what's not.
We'll also take a look at a number of myths that are regularly propagated in everyday life: can Mars be seen as big as the Moon in the sky? Are extraterrestrials among us? Is global warming real? Did we really walk on the Moon? Does hair grow faster after being cut during a full Moon?
The aim here is to explain how the earth has been divided into degrees, minutes and seconds, which give the geographical coordinates.
Participants will then create a compass rose or take part in a treasure hunt.
Before we travel into space, let's discover what's behind our terrestrial oceans: oceanic ridges and zones of hydrothermal activity. The latter prove that life is possible in liquid water, even under high pressure and without light.
Then it's off to Mars, where a phantom ocean is suspected to have existed. Observe the networks of liquid flows that are still visible, and the low-lying plains that must have been ocean floors 3 billion years ago.
The journey will continue to Jupiter and its major moons, to which ESA sent the Juice mission last April, specifically to characterize the presence of an ocean beneath the surface of the moons Europa, Ganymede and Callisto.
The discovery will conclude with Saturn and its moons Mimas, Enceladus, Tethys and Titan.
Gérard de Nerval Library, Vauhallan
The "Playa playa" board game lets you have fun while learning about the causes and consequences of beach pollution. Guided by an animator, come and discover this educational game!
At the bottom of the oceans, but also at -40°C or +40°C. Living things adapt in surprising ways! Do oceans and seas have weight? Do the species that live there all have the same characteristics? And what about the color of the water? Is it blue or transparent?
François Mitterrand media library, Les Ulis
Largely unknown because difficult to access, the ocean is home to fascinating life. The exhibition takes visitors on a journey to the heart of this unusual biodiversity, far from the coastline and familiar faces, and raises awareness of the threats to the environment.
La Petite Forme - Exhibition designed and produced by the Muséum national d'histoire naturelle
Ocean! Author of L'éloquence de la sardine and Les génies des mers, Bill François explores the riches of marine fauna and reveals the secrets of this wonderful ecosystem.
Meeting followed by book signing
All ages 8 and up.
Guided tour of the Petite forme exhibition Ocean. An unusual dive designed and produced by the Muséum national d'histoire naturelle
Neuilly-sur-Marne marina Aucun événement annoncé à ce jour, le programme est mis à jour en fonction des annonces officielles.
Elsa Triolet media library, Villejuif Aucun événement annoncé à ce jour, le programme est mis à jour en fonction des annonces officielles.
Notre-Dame de Vétheuil church Aucun événement annoncé à ce jour, le programme est mis à jour en fonction des annonces officielles.
L'Aumône, Saint-Ouen cultural center
During a 2014 residency in Newfoundland and the Saint-Pierre and Miquelon archipelago, geographer Frédéric Ferrer investigated the delineation of maritime borders. He discovered cod...
We know the story. For over 5 centuries, cod has shaped landscapes and the lives of human beings, fueled a powerful triangular trade, launched the world economy, founded liberalism, enabled the independence and rise to power of the United States, and fed the minds and bellies of millions of people on every continent. But cod was too good to be true... and became a victim of its own success. This fish, emblematic of the destructive madness of the human species, is gone. The cod is gone. And now humans are waiting for it... and despairing of its return...
But can a cod return? The question is obviously essential.
Don't forget to book your visit in advance. Make the most of the 32nd Fête de la Science in and around Paris.
Dates and Opening Time
From October 4, 2024 to October 14, 2024
Prices
Free
Official website
www.fetedelascience.fr
Fête de la Science 2024 in Paris and Ile-de-France, free events to discover
