Dr. Hannelore Hämmerle
Press Officer
Phone:+49 89 30000-3980Fax:+49 89 30000-3569

All News (2011 - ....)

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Gamma-ray burst and its visible afterglow seen simultaneously with gravitational waves from the merger of two neutron stars

October 16, 2017
Simultaneous detections of a short Gamma-Ray Burst by Fermi/GBM, INTEGRAL, and as gravitational wave by LIGO/Virgo, followed by MPG/GROND multi-wavelength observations heralds the start of a new era in astronomy [more]
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Ring around a dwarf planet detected

October 12, 2017
Ten observatories in six European countries teamed up for recent observations of a stellar occultation by the dwarf planet Haumea, which surprisingly show a narrow and dense ring orbiting the dwarf planet. In addition, the astronomers at the Max Planck Institute for Extraterrestrial Physics and more than 50 further institutions were able to constrain the size, shape and density of Haumea,which are closer to theoretical predictions than previous estimates but still puzzling. [more]
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Joachim Trümper receives Cothenius medal

September 07, 2017
The National Academy of Sciences Leopoldina honors Joachim Trümper, Director Emeritus at the MPE, with the Cothenius Medal for his outstanding scientific lifetime achievement. The award will be presented to Joachim Trümper at the opening ceremony of the Annual General Meeting of the Leopoldina on Friday, 22 September 2017, in Halle (Saale). [more]
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Albrecht Poglitsch receives Instrumental Development Prize by the German Astronomical Society 2017

September 06, 2017
For many years of work on instrument development for the far infrared, the German Astronomical Society awards the newly instituted Prize for Instrument Development to Albrecht Poglitsch. In particular, Albrecht Poglitsch developed the PACS instrument for ESA’s Herschel space telescope, which led to many important discoveries in star formation and development as well as for distant galaxies and AGNs. [more]
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Molecular outflow launched beyond the disk around a young star

July 11, 2017
For the first time, an international team of astronomers led by the Max Planck Institute for Extraterrestrial Physics (MPE) has observed a molecular outflow being launched from beyond the disk surrounding a young stellar object. Outflows carry away excess angular momentum and it has been proposed that these disk winds should be launched from a wide region in the protoplanetary disk. The recent observations now show that the outflows are asymmetric and that they are launched beyond the edge of the disk, at the position of the landing site of the in-falling material. [more]
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Brouwer Award for Ortwin Gerhard

June 30, 2017
The Division on Dynamical Astronomy (DDA) of the American Astronomical Society has named Dr. Ortwin Gerhard from the Max Planck Institute for Extraterrestrial Physics (MPE) as the 2017 recipient of its Dirk Brouwer Award. Gerhard receives the distinction for his achievements in modelling the inner Milky Way galaxy. [more]
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Amateur satellite "MaxValier Sat" launches with µROSI

June 23, 2017
On the 23rd of June, the amateur satellite "MaxValier Sat" was successfully launched into an Earth orbit on an Indian rocket. On board: the miniature X-ray telescope μROSI, which was built by the Max Planck Institute for Extraterrestrial Physics in Garching. Intensive work had been carried out in South Tyrol, Munich and Bremen to get all instruments ready. The MaxValier satellite is a unique cooperation between academic research, the aerospace industry and the commercial schools in Bolzano and Merano. The aim of the mission is to provide a complete survey of the sky in soft X-rays – with the data being broadcast to amateur astronomers - as well as observing the Earth’s upper atmosphere to discover an oxygen absorption line. [more]
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Radio Astronomers Peer Deep into the Stellar Nursery of the Orion Nebula

June 15, 2017
The first release of results from the Green Bank Ammonia Survey (GAS) are now being published in the Astrophysical Journal. A team from the Max Planck Institute for Extraterrestrial Physics, the University of Toronto and the Canadian Institute for Theoretical Astrophysics are aiming to map all Gould Belt star-forming regions visible from the northern hemisphere in the light of key molecular tracers. Accompanying the first data release, this impressive image shows ammonia molecules in a filament along a star formation region in the Orion Nebula. [more]
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Punching above its weight, a brown dwarf launches a parsec-scale jet

May 17, 2017
Astronomers led by the Max Planck Institute for Extraterrestrial Physics and using the Cerro Tololo Inter-American Observatory report the discovery of a spectacular extended jet from a young brown dwarf. With masses too low to sustain hydrogen fusion in their interiors, brown dwarfs occupy the mass range between stars and giant planets. While young stars are commonly found to launch jets that extend over a light year or more, this is the first jet with a similar extent detected from a brown dwarf. The result lends new insight into how sub-stellar objects form. [more]
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CNES and MPE sign agreement for SVOM astronomy mission

April 21, 2017
CNES President Jean-Yves Le Gall and Kirpal Nandra, Managing Director of the Max Planck Institute for Extraterrestrial Physics (MPE), have signed a memorandum of understanding on Germany’s contribution to the MXT and ECLAIRs instruments that CNES is developing for the French-Chinese SVOM astronomy mission. [more]
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Distant galaxies are dominated by gas and stars - where is the Dark Matter?

March 16, 2017
New observations of rotating galaxies at the peak epoch of galaxy formation, 10 billion years ago, surprisingly show that these massive, star-forming galaxies are completely dominated by baryonic or “normal” mass with dark matter playing a much smaller role in comparable regions of their outer disks than in the local universe. The international group of researchers led by the Max Planck Institute for Extraterrestrial Physics mapped the rotation curves of six galaxies to distances of ~65,000 light years from their centres and found that their rotation velocities are not constant but drop with radius. These findings are supported by observations of more than 200 further galaxies, where different estimates of their dynamical state also indicate a high baryonic mass fraction. In addition, the analysis shows that these early galaxies had a much thicker disk with turbulent motion accounting for part of the dynamical support. These findings are published in a paper in the journal Nature as well as three accompanying papers in the Astrophysical Journal. [more]
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