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Nested morphology of gas streams confirms a mechanism that helps infant stars to grow by ingesting disk material
, the thermal wind and the X-wind.
Tolerance to strong winds and storm avoidance strategy differs among seabird species
Faster than the wind: data reveals flight characteristics An Atlantic yellow-nosed
Ein neues Modell ermöglicht es, Winde, die durch solche akkretierenden Schwarzen
Die Grenzflächen werden dann dazu verwendet, einen Wind mit Eigenschaften zu injizieren
Ein neues Modell ermöglicht es, Winde, die durch solche akkretierenden Schwarzen
Die Grenzflächen werden dann dazu verwendet, einen Wind mit Eigenschaften zu injizieren
Ein neues Modell ermöglicht es, Winde, die durch solche akkretierenden Schwarzen
Die Grenzflächen werden dann dazu verwendet, einen Wind mit Eigenschaften zu injizieren
Ein neues Modell ermöglicht es, Winde, die durch solche akkretierenden Schwarzen
Die Grenzflächen werden dann dazu verwendet, einen Wind mit Eigenschaften zu injizieren
Zebra finches communicate via eye contact and calls to coordinate their spatial positions during flocking flight
Zebra finches in flight in a wind tunnel.
European solar mission from Cape Canaveral into space scheduled to start in February 2020.
opposite direction: as close to the Sun as possible to the origin of the solar wind
On 10 February, the Solar Orbiter solar mission is scheduled to launch into space. Equipped with 10 scientific instruments, the probe of the European Space Agency (ESA) will venture up to 42 million km away from the Sun in the coming years. This is only a little more than one quarter of the distance between the Sun and the Earth. The Solar Orbiter will also leave the orbital plane of the Earth and investigate the poles of the Sun for the first time.
date – from the origin of the magnetic fields deep in its interior to the solar wind
Gathering the most detailed observations ever into the surroundings of the supermassive black hole at the centre of an active galaxy, astronomers made a surprising discovery: dust is being propelled into space in a ring-shaped disk. It is probably being pushed outwards by the intense radiation released by the black hole and its hot surroundings. Researchers at the Max Planck Institutes for Radio Astronomy in Bonn and Extraterrestrial Physics in Garching were significantly involved in the study.
Chile have revealed not only the torus of hot dust around the black hole but also a wind
