検索キーワード： 天文学・宇宙

Hör Dich schlau! Die erfolgreiche Wissens-Hörspielreihe geht weiter. Komm mit zum Mond: Bestimmt hast du schon mal bemerkt, dass der Mond nicht jede Nacht gleich aussieht. Doch warum ist das so? Wie ist der Mond entstanden? Wo kommen seine vielen Krater her? Was passiert bei einer Mondfinsternis? Und wer war eigentlich der erste Mensch auf dem Mond? Finde Antworten auf diese und viele weitere spannende Fragen! Komm mit zum Mond und erfahre, was es mit der dunklen Seite des Mondes auf sich hat. Spieldauer: ca. 65 Minuten. Ein spannendes Hörspiel für Kinder ab 6 Jahren

On their journeys, they’ll discover volcanic moons, mysterious dwarf planets, and much more! This volume includes The Asteroid Belt, The Dwarf Planets, and The Inner Planets.

Let the mission begin with this far-out series. This volume includes Earth Satellites, The Hubble Space Telescope, The International Space Station, and Lunar Probes.

Climb into your spaceship and blastoff for an adventure through our solar system! This exciting nonfiction series uses narrative text to inform early learners about the different planets, moons, and other celestial bodies in the solar system. On their journeys, they’ll discover volcanic moons, mysterious dwarf planets, and much more! This volume includes Moons, The Outer Planets, and The Sun.

What causes Jupiter’s Great Red Spot? How have volcanoes shaped the land on many planets? How do space shuttles launch and dock with space stations? This series introduces young listeners to the objects within our solar system and the tools people use to explore the mysteries of space. This volume includes The Sun, Uranus, Venus, Asteroids, Astronauts, and The Hubble Telescope.

What causes Jupiter’s Great Red Spot? How have volcanoes shaped the land on many planets? How do space shuttles launch and dock with space stations? This series introduces young listeners to the objects within our solar system and the tools people use to explore the mysteries of space. This volume includes The Moon, NASA, Pluto, The Solar System, Space Shuttles, and Space Stations.

What causes Jupiter’s Great Red Spot? How have volcanoes shaped the land on many planets? How do space shuttles launch and dock with space stations? This series introduces young listeners to the objects within our solar system and the tools people use to explore the mysteries of space. This volume includes Earth, Jupiter, Mars, Mercury, Neptune, and Saturn.

Dieses Hörbuch ermuntert Kinder, nie aufzuhören, große Fragen zu stellen »Papa, wie groß ist eigentlich der Himmel?«, ist eine von Janas großen Abendfragen. Angesichts des Sternenhimmels fühlt sie sich klein wie ein Kekskrümel. Zum Glück ist ihr Papa Astrophysiker und begegnet Janas Neugierde mit leicht verständlichen und zugleich faszinierenden Antworten. Gemeinsam machen sie eine Reise durch das Universum. Und Jana fragt immer weiter: Wie entsteht ein Stern? Was ist ein schwarzes Loch? Und was ist hinter unserer Milchstraße? Mit Janas Taschenlampe schicken die beiden Lichtbotschaften in den Himmel.

"Der Weltraum. Unendliche Weiten. Ich wollte auch immer mutig dorthin gehen, wo noch nie zuvor ein Mensch war. Leider waren die ersten drei Minuten meines Astrophysikstudiums so vollgepackt, dass mein Traum vom erfolgreichen, attraktiven Raketenwissenschaftler in einer Wolke von 'Hä?'-s verpuffte.

Sixty-six million years ago an asteroid as large as Mt. Everest hit what is now the Yucatan Peninsula at a speed ten times faster than the fastest rifle bullet. Debris from the impact blew into space, re-entered the atmosphere as a swarm of shooting stars that burned the global forests and grasslands, leaving behind a thin global layer containing rock from the asteroid and from Mexico, and smoke from the fires. This layer marks one of the greatest extinctions in Earth history including not just dinosaurs, but also fish, plankton, ammonites, and plants making up about 75% of the known species.

Have you ever wondered why the sun is so bright? We know today that the sun is a giant star that is millions of years old, but this is a relatively recent discovery! Learn about the different theories that scholars throughout history developed about the sun and why it burns so brightly.

Have you ever looked into the night sky and wished that you could walk on the Moon? Find about what it is like from the astronauts that were first to do it! Learn about how Neil Armstrong, Edwin Aldrin, and Michael Collins traveled into space and created history in 1969, and what it was like to take those famous first steps that made “one giant leap for mankind."

A little boy is out for a walk meets a new friend, the Sun! The sun tells the little boy about himself and all of the important things he does for Earth. Did you know that the sun is a star? Explore space with the sun as he tells you about why we have night and day!

Have you ever wondered why the days are so long in the summer and short in the winter? Or why we have hot weather and colder weather? Read on to learn about the Earth, how it spins around the Sun, and the seasons!

When it’s your birthday, you add one Earth year to your age. Have you ever wondered how old you would be in Saturn years? What about Mars? Read on to learn about the planets of our solar system and how long it takes for them to complete one whole orbit.

Many things look very different seen up close. To us, the sun is a giant ball of light in the sky, but to other solar systems, it might look like just another star! Those tiny lights you see in the night sky are what our sun might look like from another planet far out in space. The sun gives light and energy to our entire solar system, and is necessary for many other things. Can you name them all?

Where do all the metals on earth come from? They were all made by stars! In this science story, you'll discover how the fusion of atoms in dying stars in space creates enough heat and energy to make metals.

Over time, cultures from around the world have given us many different myths about our home galaxy. When you look up at the sky at night, what stories would you tell about what you see?

Our sun is great at shining down light and heat on earth, but was the sun always that bright? With the help of gravity, the sun is eventually able to produce enough energy to give off light. Our sun has kept this up for four billion years and will keep shining for another five billion years!

One way astronomers search for planets is by looking for the shadows they cast in front of stars.