JAXA Space Education Center Podcast - JAXA

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https://www.isas.jaxa.jp/en/
20 partages
https://edu.jaxa.jp/contents/english/7wonder/index.html
13 partages
https://www.mmx.jaxa.jp/
8 partages

https://www.youtube.com/watch?v=nG9XASEAVRE
2 partages
https://www.youtube.com/c/Eigensteve
2 partages

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The Seven Wonders of Exoplanets

mercredi 27 décembre 2023 • Durée 04:41

The Seven Wonders of Exoplanets

The Seven Wonders of Planetary Defense

mercredi 27 décembre 2023 • Durée 09:02

The Seven Wonders of Planetary Defense

The Seven Wonders of Exoplanets Ep6 How we discover exoplanets

lundi 25 décembre 2023 • Durée 00:43

Il più vicino è un esopianeta che orbita intorno alla stella Proxima Centauri. La luce, che è la cosa più veloce nell’universo, impiega 4 anni ad arrivare a Proxima Centari. I nostri razzi viaggiano molto più lentamente della luce e quindi, con la tecnologia di oggi, impiegheremmo 135,000 ad arrivare a Proxima Centauri. Abbiamo bisogno di razzi più veloci! The closest is an exoplanet orbiting the star Proxima Centauri. Light, which is the fastest thing in the universe, takes 4 years to reach Proxima Centauri. Our rockets travel much slower than light and therefore, with today's technology, it would take us 135,000 to get to Proxima Centauri! We need faster rockets!

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The Seven Wonders of Exoplanets Ep5 What are super Earths

lundi 25 décembre 2023 • Durée 00:35

Non esistono super-Terre intorno al sole, ma sono tra gli esopianeti più comuni. Ci sono molti tipi di super-terre, tra cui “grosse” Terre, o “grosse” Veneri o piccoli Nettuni, ma anche pianeti più esotici come “i pianeti oceano”, interamente coperti da oceani in superficie, con molta più acqua di quanta abbiamo sulla Terra. There are no super-Earths around the sun, but they are among the most common exoplanets. There are many types of super-earths, including "large" Earths, or "large" Venus or small Neptunes, but also more exotic planets such as "ocean planets", entirely covered by oceans on the surface, with much more water than we have on Earth.

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The Seven Wonders of Exoplanets Ep4 Why are exoplanets so diverse

lundi 25 décembre 2023 • Durée 00:33

Non lo sappiamo con certezza, e vogliamo scoprirlo nei prossimi anni. Pensiamo sia dovuto a come si formano e alla loro storia. Per esempio, abbiamo scoperto molti “Giovi caldi” che orbitano molto vicino alla loro stella, ma si sono formati lontano e poi sono migrati successivamente. We don't know for sure, and we want to find out in the coming years. We think it's due to how they form and their history. For example, we have discovered many "hot Jupiters" that orbit very close to their star, but formed far away and then migrated later.

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The Seven Wonders of Exoplanets Ep3 How long does it take for a planet to complete an orbit aroud

lundi 25 décembre 2023 • Durée 00:39

Dipende da quanto è distante il pianeta dalla stella. Per esempio la terra ci mette circa 365 giorni. Altri pianeti nel sistema solare ci mettono molti anni perché più distanti dal sole. Alcuni esopianeti, mettono meno di un giorno per completare un’orbita intorno alla propria stella, e sono così caldi che le rocce in superficie sono fuse. It depends on how far the planet is from the star. For example, the earth takes about 365 days. Other planets in the solar system take many years because they are further away from the sun. Some exoplanets take less than a day to complete an orbit around their star, and are so hot that the rocks on the surface are melted.

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The Seven Wonders of Exoplanets Ep2 How do we discover exoplanets

lundi 25 décembre 2023 • Durée 00:44

Circa 5000, ma il numero di pianeti conosciuti cresce ogni giorno. I primi esopianeti furono scoperti nel 1992 intorno ad una stella “morta”, da uno scienziato polacco e uno canadese (Wolszczan e Frail). Nel 1995 fu scoperto il primo esopianeta intorno ad una stella simile al nostro sole da due scienziati svizzeri (Mayor e Queloz), che hanno recentemente ricevuto il premio Nobel per questa scoperta. About 5,000, but the number of known planets is growing every day. The first exoplanets were discovered in 1992 around a "dead" star, by a Polish and a Canadian scientist (Wolszczan and Frail). In 1995, the first exoplanet around a star similar to our sun was discovered by two Swiss scientists (Mayor and Queloz), who recently received the Nobel Prize for this discovery.

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The Seven Wonders of Exoplanets Ep1 What is the sun

lundi 25 décembre 2023 • Durée 00:38

Il sole è una stella, come quelle che brillano in cielo la notte. Le stelle sono fatte di idrogeno, l’elemento più comune nell’universo e sono caldissime, perché al loro interno l’idrogeno viene bruciato. Negli ultimi vent’anni abbiamo scoperto che quasi tutte le stelle hanno pianeti che orbitano intorno, come fa la Terra col il nostro sole. Li chiamiamo esopianeti. The sun is a star, like those that shine in the sky at night. The stars are made of hydrogen, the most common element in the universe and are very hot, because inside them the hydrogen is burned. In the last twenty years we have discovered that almost all stars have planets that orbit around them, as the Earth does with our sun. We call them exoplanets.

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An Interview with Dr. Masaki Fujimoto, Deputy Director General of ISAS/JAXA

vendredi 27 octobre 2023 • Durée 33:33

This episode features Deputy Director General of Institute of Space Astronautical Science, Dr Fujimoto on the international cooperation in space science missions. The interview was recorded in August 2023 as a part of JAXA Space Education Center’s internship program.

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An interview with Dr. Lori Glaze, NASA’s Planetary Science Division Director

mercredi 23 août 2023 • Durée 32:17

This episode features NASA’s Planetary Science Division Director, Dr. Lori Glaze! What is her typical day like? What is her message to the Artemis generation? And what is NASA doing next? The interview was recorded in May 2023 in Makuhari, Japan.

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JAXA Space Education Center Podcast – Détails, épisodes et analyse

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