In the planetary nursery https://www.mpg.de/6887745/TW-Hydrae
Astronomers determine the mass of the disk of gas and dust surrounding the star TW Hydrae
© Axel M.
Astronomers determine the mass of the disk of gas and dust surrounding the star TW Hydrae
© Axel M.
A team of scientists from the Max Planck Institutes for Astronomy and Extraterrestrial Physics has now succeeded in obtaining the first direct confirmation of a previously discovered exoplanet using the method of radial velocity measurement. Using the the GRAVITY instrument at the VLT telescopes in Chile, the astronomers observed the faint glint of the planet Beta Pictoris c, some 63 light-years away from Earth, next to the bright rays of its mother star. The researchers can now derive both the brightness and the dynamic mass of an exoplanet from these observations and thus better narrow down the formation models of these objects.
© Axel Quetz / MPIA Graphics Departmen These schematic images show the geometry
Rechtswissenschaften – Themenseite
Sozialwissenschaften Völkerrecht Im Doppelinterview diskutieren Anne Peters und Axel
Rechtswissenschaften – Themenseite
Sozialwissenschaften Völkerrecht Im Doppelinterview diskutieren Anne Peters und Axel
Rechtswissenschaften – Themenseite
Sozialwissenschaften Völkerrecht Im Doppelinterview diskutieren Anne Peters und Axel
Rechtswissenschaften – Themenseite
Sozialwissenschaften Völkerrecht Im Doppelinterview diskutieren Anne Peters und Axel
Wissenschaftler entdecken neue Behandlung für Diabetes und Übergewicht sowie mögliche Ursache für starke Nebenwirkungen von Hedgehog-Hemmern als Krebsmedikamente
Oktober 2012 Verwandte Artikel Interview mit Professor Axel Ullrich vom Max-Planck-Institut
Experience in other countries shows that preferential treatment can be prejudicial – for women too
© Max Planck Society / Axel Griesch Women – on the way up?
Von der Grundlagenforschung zu marktreifen Medikamenten – Evotec übernimmt die MPG-Ausgründung Kinaxo
Geschäft im Rahmen größerer Entwicklungspartnerschaften schneller expandieren.“ Axel
What does the energy of the future look like? This question is the focus of this edition of our science magazine. With nuclear fusion, Max Planck researchers are breaking new ground in producing large quantities of electricity in a way that conserves resources. Fundamental physical and technical problems, however, are still open. Scientists are also working on suitable storage facilities for wind and solar power. And they are looking for catalysts and production processes to harness carbon dioxide.
Axel Mithöfer at the Max Planck Institute for Chemical Ecology in Jena is investigating