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Astronomy / Space Science - Physics - 13.10.2021 
How the Sun’s magnetic forces arrange gas particles
Research team including Göttingen University observes charged particles 70 percent faster than uncharged Solar prominences hover above the visible solar disk like giant clouds, held there by a supporting framework of magnetic forces, originating from layers deep within the Sun. The magnetic lines of force are moved by ever-present gas currents - and when the supporting framework moves, so does the prominence cloud.
Astronomy / Space Science - Earth Sciences - 30.09.2021
Astronomy / Space Science - Physics - 14.09.2021 
Model to predict the angle of repose of sand hills developed
Geophysicists solve a key problem in physics and provide results that can be applied in such diverse areas as planetary research and 3-D printing / publication in 'PNAS' The prediction of the angle of repose for raised mounds of dry cohesive granular material is a long-standing problem in the natural sciences and in industry.
Earth Sciences - Astronomy / Space Science - 11.08.2021 
Virtual experiments: Münster University geophysicists research the Earth’s origins on the computer
Although Dr. Christian Maas does his research only on the computer, it's sometimes as if he were standing in a laboratory. "I do experiments," he says. By means of his virtual experiments, geophysicist Maas is investigating a question that couldn't be answered in any lab in the world: the question of the how the Earth came into being.
Astronomy / Space Science - Physics - 21.07.2021 
Long-period oscillations of the Sun discovered
Ten years of data from NASA's Solar Dynamics Observatory combined with numerical models reveal the deep low musical notes of the Sun (mps) A team of solar physicists led by Professor Laurent Gizon of the Max Planck Institute for Solar System Research (MPS) and the University of Göttingen in Germany has reported the discovery of global oscillations of the Sun with very long periods, comparable to the 27-day solar rotation period.
Astronomy / Space Science - 19.07.2021 
EHT pinpoints dark heart of the nearest radio galaxy
07/19/2021 Centaurus A, one of the closest active galaxies to Earth, belongs to the brightest objects in the sky. An international team has now imaged the heart of Centaurus A in unprecedented detail. Scientists from the University of Würzburg were involved. An international team around the Event Horizon Telescope (EHT) Collaboration, known for capturing the first image of a black hole in the galaxy M87, has now imaged the heart of the nearby radio galaxy Centaurus A in unprecedented detail.
Astronomy / Space Science - Physics - 01.06.2021 
Turbulence in interstellar gas clouds reveals multi-fractal structures
The German-French Cooperation Programme GENESIS describes the complex structure of the interstellar medium using a new mathematical method / The dispersion of interstellar turbulence in gas clouds before star formation unfolds in a cosmically small space In interstellar dust clouds, turbulence must first dissipate before a star can form through gravity.
Physics - Astronomy / Space Science - 07.05.2021
Astronomy / Space Science - Physics - 19.04.2021 
New Exoplanet discovered orbiting young Sun-like star
Astronomers from the Netherlands, Belgium, Chile, the USA and Germany have imaged the newly discovered exoplanet "YSES 2b" right next to its host star An international research team with the participation of Dr Markus Mugrauer from the Astrophysical Institute of Friedrich Schiller University Jena has succeeded in the direct imaging of a young exoplanet.
Earth Sciences - Astronomy / Space Science - 07.04.2021 
Asteroid crater on Earth provides clues about Martian craters
Research team led by the University of Göttingen discovers crater floor sagging from bowl-shaped volcanic ash layer The almost 15-million-year-old Nördlinger Ries is an asteroid impact crater filled with lake sediments. Its structure is comparable to the craters currently being explored on Mars. In addition to various other deposits on the rim of the basin, the crater fill is mainly formed by stratified clay deposits.
Astronomy / Space Science - Physics - 24.03.2021 
The very first structures in the Universe
Astrophysicists at the Universities of Göttingen and Auckland simulate microscopic clusters from the Big Bang The very first moments of the Universe can be reconstructed mathematically even though they cannot be observed directly. Physicists from the Universities of Göttingen and Auckland (New Zealand) have greatly improved the ability of complex computer simulations to describe this early epoch.
Earth Sciences - Astronomy / Space Science - 23.03.2021 
The same sea level for everyone
The Earth's gravity field as the basis for an International Height Reference System Maps generally indicate elevation in meters above sea level. But sea level is not the same everywhere. A group of experts headed by the Technical University of Munich (TUM), has developed an International Height Reference System (IHRS) that will unify geodetic measurements worldwide.
Astronomy / Space Science - 18.03.2021 
Cosmic web offers insights into the history of the Universe
Research team including Göttingen University observe for the first time extremely faint filaments The Universe is criss-crossed by a cosmic web consisting of large filamentary gas structures in which galaxies should form. The existence of this network confirms the most important predictions about how the structure of the Universe changes.
Astronomy / Space Science - Environment - 08.03.2021 
Ideal for Analysing Planetary Atmospheres
By analysing signals from the star Gliese 486, an international research team has discovered a hot rocky exoplanet with remains of a planetary atmosphere. Due to its characteristics, it is ideally suited for testing future observational methods of studying distant planetary atmospheres. The discovery of Gliese 486b, as the new planet has been named, was made possible by the CARMENES instrument.
Physics - Astronomy / Space Science - 05.03.2021 
Breaking the warp barrier for faster-than-light travel
Astrophysicist at Göttingen University discovers new theoretical hyper-fast soliton solutions If travel to distant stars within an individual's lifetime is going to be possible, a means of faster-than-light propulsion will have to be found. To date, even recent research about superluminal (faster-than-light) transport based on Einstein's theory of general relativity would require vast amounts of hypothetical particles and states of matter that have -exotic- physical properties such as negative energy density.
Astronomy / Space Science - Environment - 05.03.2021 
Glowing hot super-Earth nearby
Research team with Göttingen University participation plans to test atmospheric models of the rocky planet In the past two and a half decades, astronomers have discovered thousands of exoplanets made of gas, ice and rock. Only a few of them are Earth-like. Studying their atmospheres with the instruments currently available is a major challenge.
Astronomy / Space Science - Earth Sciences - 19.02.2021
Environment - Astronomy / Space Science - 20.01.2021 
Oldest Carbonates in the Solar System
A meteorite that fell in northern Germany in 2019 contains carbonates that are among the oldest in the solar system; it also evidences the earliest presence of liquid water on a minute planet. The high-resolution Heidelberg Ion Probe - a research instrument at the Institute of Earth Sciences at Heidelberg University - provided the measurements.
Astronomy / Space Science - 15.01.2021 
The Role of Turbulence in the Birth of Stars
Computer simulations of turbulence in interstellar gas and molecular clouds - simulations so complex they were inconceivable until now - have provided important new insights into the role turbulence plays in the formation of stars. For the first time, the results of the calculations suggest how these turbulent movements transition from the supersonic to the subsonic range.
Astronomy/Space Science
Results 1 - 19 of 19.
Research team including Göttingen University observes charged particles 70 percent faster than uncharged Solar prominences hover above the visible solar disk like giant clouds, held there by a supporting framework of magnetic forces, originating from layers deep within the Sun. The magnetic lines of force are moved by ever-present gas currents - and when the supporting framework moves, so does the prominence cloud.
Bombardment of Planets in the Early Solar System
Studies of the asteroid Vesta provide new findings on the formation of Earth-like planets The largest asteroid in our Solar System - Vesta - was exposed to an extensive series of impacts by large rocky bodies much earlier than previously assumed. Researchers of an international collaboration, including earth scientists from Heidelberg University and Freie Universität Berlin, reached this conclusion based on analyses of Vesta meteorites, numerical simulations, and observations carried out with the space probe Dawn in 2011 and 2012.
Studies of the asteroid Vesta provide new findings on the formation of Earth-like planets The largest asteroid in our Solar System - Vesta - was exposed to an extensive series of impacts by large rocky bodies much earlier than previously assumed. Researchers of an international collaboration, including earth scientists from Heidelberg University and Freie Universität Berlin, reached this conclusion based on analyses of Vesta meteorites, numerical simulations, and observations carried out with the space probe Dawn in 2011 and 2012.
Geophysicists solve a key problem in physics and provide results that can be applied in such diverse areas as planetary research and 3-D printing / publication in 'PNAS' The prediction of the angle of repose for raised mounds of dry cohesive granular material is a long-standing problem in the natural sciences and in industry.
Although Dr. Christian Maas does his research only on the computer, it's sometimes as if he were standing in a laboratory. "I do experiments," he says. By means of his virtual experiments, geophysicist Maas is investigating a question that couldn't be answered in any lab in the world: the question of the how the Earth came into being.
Ten years of data from NASA's Solar Dynamics Observatory combined with numerical models reveal the deep low musical notes of the Sun (mps) A team of solar physicists led by Professor Laurent Gizon of the Max Planck Institute for Solar System Research (MPS) and the University of Göttingen in Germany has reported the discovery of global oscillations of the Sun with very long periods, comparable to the 27-day solar rotation period.
07/19/2021 Centaurus A, one of the closest active galaxies to Earth, belongs to the brightest objects in the sky. An international team has now imaged the heart of Centaurus A in unprecedented detail. Scientists from the University of Würzburg were involved. An international team around the Event Horizon Telescope (EHT) Collaboration, known for capturing the first image of a black hole in the galaxy M87, has now imaged the heart of the nearby radio galaxy Centaurus A in unprecedented detail.
The German-French Cooperation Programme GENESIS describes the complex structure of the interstellar medium using a new mathematical method / The dispersion of interstellar turbulence in gas clouds before star formation unfolds in a cosmically small space In interstellar dust clouds, turbulence must first dissipate before a star can form through gravity.
The Symmetry Between Electrons and Muons Looks ’Shaky’
Experimental hints of possible new physical phenomena beyond the Standard Model Using data acquired on the worldwide biggest and strongest particle accelerator, the Large Hadron Collider (LHC) at the CERN European particle physics laboratory in Geneva (Switzerland), scientists involved in the LHCb experiment have found hints of possible new physical phenomena.
Experimental hints of possible new physical phenomena beyond the Standard Model Using data acquired on the worldwide biggest and strongest particle accelerator, the Large Hadron Collider (LHC) at the CERN European particle physics laboratory in Geneva (Switzerland), scientists involved in the LHCb experiment have found hints of possible new physical phenomena.
Astronomers from the Netherlands, Belgium, Chile, the USA and Germany have imaged the newly discovered exoplanet "YSES 2b" right next to its host star An international research team with the participation of Dr Markus Mugrauer from the Astrophysical Institute of Friedrich Schiller University Jena has succeeded in the direct imaging of a young exoplanet.
Research team led by the University of Göttingen discovers crater floor sagging from bowl-shaped volcanic ash layer The almost 15-million-year-old Nördlinger Ries is an asteroid impact crater filled with lake sediments. Its structure is comparable to the craters currently being explored on Mars. In addition to various other deposits on the rim of the basin, the crater fill is mainly formed by stratified clay deposits.
Astrophysicists at the Universities of Göttingen and Auckland simulate microscopic clusters from the Big Bang The very first moments of the Universe can be reconstructed mathematically even though they cannot be observed directly. Physicists from the Universities of Göttingen and Auckland (New Zealand) have greatly improved the ability of complex computer simulations to describe this early epoch.
The Earth's gravity field as the basis for an International Height Reference System Maps generally indicate elevation in meters above sea level. But sea level is not the same everywhere. A group of experts headed by the Technical University of Munich (TUM), has developed an International Height Reference System (IHRS) that will unify geodetic measurements worldwide.
Research team including Göttingen University observe for the first time extremely faint filaments The Universe is criss-crossed by a cosmic web consisting of large filamentary gas structures in which galaxies should form. The existence of this network confirms the most important predictions about how the structure of the Universe changes.
By analysing signals from the star Gliese 486, an international research team has discovered a hot rocky exoplanet with remains of a planetary atmosphere. Due to its characteristics, it is ideally suited for testing future observational methods of studying distant planetary atmospheres. The discovery of Gliese 486b, as the new planet has been named, was made possible by the CARMENES instrument.
Astrophysicist at Göttingen University discovers new theoretical hyper-fast soliton solutions If travel to distant stars within an individual's lifetime is going to be possible, a means of faster-than-light propulsion will have to be found. To date, even recent research about superluminal (faster-than-light) transport based on Einstein's theory of general relativity would require vast amounts of hypothetical particles and states of matter that have -exotic- physical properties such as negative energy density.
Research team with Göttingen University participation plans to test atmospheric models of the rocky planet In the past two and a half decades, astronomers have discovered thousands of exoplanets made of gas, ice and rock. Only a few of them are Earth-like. Studying their atmospheres with the instruments currently available is a major challenge.
Getting to the Bottom of Life on Mars
Researchers at Freie Universität Berlin are involved in developing an interactive map of Mars No 030/2021 from Feb 19, 2021 People who are interested in discovering the mysteries of the galaxy can now see what Mars looks like up close thanks to an interactive map developed by researchers from the Planetary Sciences and Remote Sensing group at Freie Universität Berlin.
Researchers at Freie Universität Berlin are involved in developing an interactive map of Mars No 030/2021 from Feb 19, 2021 People who are interested in discovering the mysteries of the galaxy can now see what Mars looks like up close thanks to an interactive map developed by researchers from the Planetary Sciences and Remote Sensing group at Freie Universität Berlin.
A meteorite that fell in northern Germany in 2019 contains carbonates that are among the oldest in the solar system; it also evidences the earliest presence of liquid water on a minute planet. The high-resolution Heidelberg Ion Probe - a research instrument at the Institute of Earth Sciences at Heidelberg University - provided the measurements.
Computer simulations of turbulence in interstellar gas and molecular clouds - simulations so complex they were inconceivable until now - have provided important new insights into the role turbulence plays in the formation of stars. For the first time, the results of the calculations suggest how these turbulent movements transition from the supersonic to the subsonic range.
