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Discover the hierarchical structure of the cosmos using tactile models printed in 3D.
Design an alien life form, suited for an extra-terrestrial world.
Understand the mystery of black holes through a hands-on activity.
Explore the life-cycle of stars with Star in a Box activity.
Hands-on activity to measure the Sun by using household materials.
Counting Sunspots using real solar images and data.
Explore the life-cycle of stars with Star in a Box activity.
Let's make a portrait of the Milky Way!
Explore the tactile version of our star; the Sun with household materials.
Explore layers of Earth's atmosphere.
Explore day and night on Earth.
Create craters and explore the lunar landscape with this hands-on activity.
Learn astronomical topics through the classic snakes and ladders game.
Build a Magnitude Reader to explore the visibility of stars
Measure light pollution observing the faintest visible stars!
Learn about moons of our solar system through art!
The basics of galaxy classification, using Hubble Space Telescope images.
Build a safe Sun viewer using cheap household items
Explore the tactile version of our moon with household materials.
Levitate an astronaut with the power of magnetism!
Explore a tactile version of our home, the Earth, with household materials.
The amazing technology of fibre optics: what has it done for technology here on Earth and in observing space?
A virtual journey to space to learn that we live on a tiny planet, in a vast and empty space.
Let's think about the night sky and write a poem related to astronomy!
Learn how energy can be transformed into various forms.
Make a model of the Solar System planets using household materials.
Why is the Sun's shadow so important?
Build a scale model of the Solar System on your city map
Investigate the effects of light pollution on night sky observation.
Let's see how the Moon always keeps the same face towards Earth!
Investigate the properties of carbon dioxide with this fun demonstration.
Compare diurnal and nocturnal animals and experiment with day and night.
Build an hourglass to understand what time is and how it can be measured.
Investigate three dimensional objects and perspective using constellations
Build a sundial and discover how time can be measured.
Discover how to read and draw maps by observing.
Build a model of the Milky Way to discover what our galaxy contains.
Build a timeline of the all Universe!
Learn about constellations by building a star lantern.
Build an Earth-Moon-Sun mobile to learn about how they orbit.
Play a game of card and learn about the Sun and planets.
Build a satellite to learn what they are made of and their uses.
Make your star hat, learning about the stars
Create your own music inspired by images of space.
Find out why, in the summer it is cooler by the sea than on the land!
Air takes up space even though you cannot see it.
Demonstrate the seasons on Earth using a model.
Use a globe to describe your position on Earth.
Understand astronomical distances using street lights
Let's observe the evening sky with the naked eye
Measure the distance to an asteroid with a novel technique
Learn the ancient skill of Celestial Navigation
Learn more about our nearest neighbour
Explore planet Mars, learning how to use planetary maps!
An up close look at our own satellite using planetary maps!
Use maps to learn about the most geologically active world in our Solar System
Learn from maps about the only other known body in the Solar System with seas and lakes
Learn about our furthest neighbors from planetary maps
Have fun, building asteroids using clay!
A literal Earth-Shattering experiment that will make us understand impact craters!
Unveiling the mystery of "shooting stars": meteors, meteorites and meteroids
Play with maps, moving your country to another planet!
The air circulation system: how are winds created?
How to navigate at sea like an explorer?
Observing what gravity is doing to the Universe
How did Arabian sailors navigate at sea?
Learn about climate from data and graphs
How do satellites take images of the Earth surface and how do we analyse and use them?
Learn how radar altimetry from satellites works and how to put landscapes on paper.
How do satellite-based positioning and GPS navigation work?
Why do oceans play an important role in mitigating global warming?
Are our oceans turning to acid? Lets' learn how water turns in acid and back.
Learn what would happen on Earth if all the ice melted!
A simple model experiment to understand what makes a planet habitable.
Learn how the Vikings used the sky to navigate at sea with a hands-on activity!
Let's investigate the nature of dark matter and energy with gravitational lensing!
How do astronomers detect invisible black holes?
What are black holes and what would happen if the Sun was replaced by one of them?
Lets' investigate gravity, dark matter and dark energy with some very simple experiments!
Find out the Sun’s rotation period, applying the simple equation of average speed to a real astronomical case.
Learn how to build a model of the Sun...which can fit nearly 1 million little Earth balls!
By understanding how rainbows work, you can discover about light and its properties, learning about stars, nebulae, galaxies, and our Universe.
Like a "modern" Galileo, use true astronomical satellite observations to discover if the Sun (and other celestial objects) are rotating!
An educational interdisciplinary game to drive a rover on Mars
Learn about light and spectra building a spectroscope with a CD!
A game of cards to understand powers of 10 and the very diverse scales in Nature
Let's build a model of the Sun with plasticine and get to know our star!
Using telescope images of comet C/2019 Y4 we calculate its average speed and understand what a physical quantity is
Learn how to age craters with this Predict, Explain, Observe, Explain Activity!
Let's learn how stars in constellations move through time using real astronomical images.
A hands-on introduction to how to read maps of other planets made by space missions.
Build a homemade spectrometer to discover light
Build a model to learn what light pollution is and what its effects are.
Compare the size of the Sun and the Earth building and using a pinhole camera.
Let's make a simple model of the Orion constellation
Let's discover telescopes and experiment simple optics
Find the exoplanet and determine its size using data from the Spitzer Space Telescope!
Discover the invisible light with SKAO, the largest radio telescope in the world!
Build a simple cross-staff and measure the stars!
Let's observe the Moon and learn how to measure its motion with simple observations and tools!
A tinkering workshop to create a collective artwork with light
Discover the secrets of Earth's climate zones with a hands-on experience
Who will win in the epic battle between gravity and other forces?
A tactile activity to understand the size and evolution of stars
Build the cubic planets to learn about our Solar System!
Let’s reveal hidden rainbows around us and the physical processes that make them!
Let's color the all Solar System!
Let's build the identikit of an alien living on a distant exoplanet!
Develop a scientific plan for mining asteroids and extracting space resources!
Design, build and launch your rocket into space.
Build a "transit simulator" in a box using some very simple material and your cell phone!
Let's learn about exoplanets and how to measure their size!
Have you ever wondered how clouds are made? Make one in a jar!
Build a tactile version of the red planet!
Let's explore Mercury with a tactile, low-cost version!
Make your own model of a failed star!
Become a planet hunter with an Arduino kit and some simple components
A hands-on, Inquiry exploration of how lightning happens on Earth and other planets
Jupiter, the gas giant of the Solar System in a tactile version.
Get ready to witness the birth of a new era—where gardening meets the cosmos!
Ever dreamed of building a tactile version of planet Venus?
Welcome to nanoscience: build your molecular football and explore the invisible world!
Use tactile models printed in 3D to explore our galactic neighborhood.
See how art and science mix and make your own origami molecule
Chemistry is simple: build molecules by creating bonds yourself!
Secure the first human settlement outside the Solar System with this science-based tabletop role-playing game!
Build your own tool to measure angular distances between stars
Un gioco didattico interdisciplinare per guidare un rover su Marte
Dalle osservazioni al telescopio della cometa C/2019 Y4 calcoliamo la sua velocità media e capiamo cos'è una grandezza fisica
Progetta una forma di vita aliena adatta a un mondo extraterrestre
Come comprendere il mistero dei buchi neri costruendone uno!
Contiamo le macchie solari utilizzado immagini e dati solari reali.
Facciamo il ritratto alla Via Lattea!
Esplora la versione tattile della nostra stella, il Sole, con materiali domestici.
Come creare crateri ed esplorare il paesaggio lunare
Come costruire un lettore di magnitudine per esplorare la visibilità delle stelle.
Costruiamo un visore sicuro ed economico per guardare il Sole!
Utilizza il potere dei magneti per far levitare un Astronauta!
Esplora una versione tattile del nostro pianeta, la Terra, con materiali di uso quotidiano.
La fibra ottica: come viene usata per la tecnologia qui sulla Terra e nell’osservare lo spazio?
Un viaggio virtuale per capire che viviamo su un minuscolo pianeta in uno spazio immenso e vuoto
Guardiamo il cielo e scriviamo una poesia sulla notte stellata!
Impariamo che l’energia può essere trasformata in molte forme
Come realizzare un modello dei pianeti del Sistema Solare utilizzando materiali casalinghi.
Costruiamo un modello in scala del Sistema Solare sulla mappa della tua città
Vediamo come la Luna rivolge sempre la stessa faccia verso la Terra!
Capiamo le proprietà dell'anidride carbonica con un esperimento divertente
Costruiamo un modello della Via Lattea per riconoscere i componenti della nostra galassia.
Costruiiamo una linea del tempo dell'Universo!
Crea il tuo cappello stellare, imparando a conoscere le stelle
Crea la tua musica ispirata alle immagini dello spazio.
Scopri perchè in estate è più fresco sul mare che sulla terra!
L’aria occupa spazio anche se non la vediamo.
Usare un mappamondo per indicare la propria posizione sulla Terra
Capire le distanze astronomiche utilizzando i lampioni
Osserviamo il cielo serale ad occhio nudo
Misurare la distanza di un asteroide con un metodo originale
Conosci meglio il nostro vicino di casa spaziale
Esplora il pianeta Marte, imparando a usare le mappe planetarie!
Divertiti a costruire asteroidi usando l'argilla!
Una attività hands-on per misurare il Sole utilizzando materiali domestici
Costruisci un satellite artificiale per imparare come sono fatti e a cosa servono.
Come un "moderno" Galileo, usa immagini astronomiche da satellite per scoprire se il Sole (e gli altri oggetti celesti) ruotano!
Dietro il mistero delle "stelle cadenti": meteore, meteoriti e meteroidi
Confronta gli animali diurni e notturni e sperimenta con il giorno e la notte.
Scopri la luce e gli spettri costruendo uno spettroscopio con un CD!
Esplora una versione tattile della Luna con materiali a basso costo
Costruiamo una giostrina da appendere con Terra-Luna-Sole per imparare a conoscerli!
Un esperimento che farà tremare la Terra..e capire cosa sono i crateri da impatto.
Uno sguardo ravvicinato al nostro satellite grazie alle mappe planetarie!
Scopri i segreti delle zone climatiche della Terra con un'esperienza pratica
Progettiamo, costruiamo e lanciamo il nostro razzo nello spazio!
Impariamo a conoscere gli esopianeti e come misurarne le dimensioni!
Costruiamo l’identikit di un alieno che vive su un pianeta extrasolare lontano!
Costruisci un "simulatore di transiti" in una scatola con materiali di semplice reperimento e il tuo telefono cellulare!
Costruiamo un semplice modello della costellazione di Orione
Costruisci una versione tattile del pianeta rosso!
Esploriamo Mercurio con una versione tattile, a basso costo!
Make your own model of a failed star!
Un taller de bricolaje para crear una obra de arte colectiva con luz
¡Vamos a observar la Luna y a aprender cómo medir su movimiento con observaciones y herramientas simples!
¡Construye una ballestilla sencilla y mide las estrellas!
¡Vamos a descubrir telescopios y a experimentar con óptica simple!
Vamos a hacer un modelo simple de la constelación de Orión
Construye un modelo para aprender qué es la contaminación lumínica y cuáles son sus efectos.
¡Encuentra el exoplaneta y determina su tamaño utilizando datos del Telescopio Espacial Spitzer!
Vamos a aprender cómo las estrellas en las constelaciones se mueven a través del tiempo usando imágenes astronómicas reales.
¡Descubre la luz invisible con SKAO, el telescopio de radio más grande del mundo!
Construye un espectrómetro casero para descubrir la luz
¡Aprende cómo fechar cráteres con esta actividad de Predicción, Explicación, Observación y Explicación!
Usando imágenes obtenidas con un telescopio del cometa C/2019 Y4 calculamos su rapidez promedio y comprendemos qué es una cantidad física
Descubre el período de rotación del Sol aplicando la simple ecuación de velocidad promedio a un caso astronómico real.
¿Cómo detectan los astrónomos los agujeros negros invisibles?
¡Aprende sobre la luz y los espectros construyendo un espectroscopio con un CD!
¡Como un Galileo "moderno", utiliza verdaderas observaciones de satélites astronómicos para descubrir si el Sol (y otros objetos celestes) están rotando!
Develop a scientific plan for mining asteroids and extracting space resources!