Send us a text We’ve detected many exoplanets and exoplanetary stems, they orbit stars in other parts of the galaxy. These planets form the same way our planetary did, they coalesce from a protoplanetary disc of gas and dust. Scientists have recently found a useful kind of substance - heavy water in one of these protoplanetary discs, and it’s told us a lot about how water might end up in planetary systems. Follow Cosmic Coffee Time on X for some special content X.com/CosmicCoffTime Email us!...
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Send us a text We’ve detected many exoplanets and exoplanetary stems, they orbit stars in other parts of the galaxy. These planets form the same way our planetary did, they coalesce from a protoplanetary disc of gas and dust. Scientists have recently found a useful kind of substance - heavy water in one of these protoplanetary discs, and it’s told us a lot about how water might end up in planetary systems. Follow Cosmic Coffee Time on X for some special content X.com/CosmicCoffTime Email us!...
#68 A piece of space history was written this month, a sample from the far side of the moon! Let's check out the Chang'e 6 lunar lander and it's history-making mission.
Cosmic Coffee Time with Andrew Prestage
7 minutes
1 year ago
#68 A piece of space history was written this month, a sample from the far side of the moon! Let's check out the Chang'e 6 lunar lander and it's history-making mission.
As I write this, just a couple of days have passed since the Chang'e 6 sample return capsule touched down with its historic payload. The first sample of rock and soil from the far side of the moon touched down on Earth. This has the potential to unlock some of the secrets from the side of the moon that we never see from Earth, why is the lunar crust thicker? Why are there fewer 'seas' on the far side? And what lies beneath the lunar crust?All of this against the background of a surface operat...
Cosmic Coffee Time with Andrew Prestage
Send us a text We’ve detected many exoplanets and exoplanetary stems, they orbit stars in other parts of the galaxy. These planets form the same way our planetary did, they coalesce from a protoplanetary disc of gas and dust. Scientists have recently found a useful kind of substance - heavy water in one of these protoplanetary discs, and it’s told us a lot about how water might end up in planetary systems. Follow Cosmic Coffee Time on X for some special content X.com/CosmicCoffTime Email us!...
