Meintest du wird?
The sight of a bright comet has fascinated people at all times. But what is behind such a celestial spectacle? It was only in modern times that researchers discovered the phenomenon – by which time the tail stars had already had a long career as bringers of bad luck or divine messengers.
The cause is the solar wind – a flow of electrically charged particles – which the
The sight of a bright comet has fascinated people at all times. But what is behind such a celestial spectacle? It was only in modern times that researchers discovered the phenomenon – by which time the tail stars had already had a long career as bringers of bad luck or divine messengers.
The cause is the solar wind – a flow of electrically charged particles – which the
Der Klimawandel erfordert, dass wir uns von Erdöl und Kohle verabschieden. Doch unsere Gesellschaft, speziell unser Ideal von Freiheit und Wohlstand, ist in ungeahntem Maße von den fossilen Rohstoffen geprägt. Wie stark diese Abhängigkeit ist und welche Wege es gibt, davon loszukommen, untersuchen Wissenschaftlerinnen und Wissenschaftler am Max-Planck-Institut für Wissenschaftsgeschichte in Berlin.
Wendt einen Prozess in den Blick, der ebenfalls eine Energiewende war – jene von Wind
Der indische Subkontinent stellt die am stärksten bewässerte Region der Welt dar. Mit dem regionalen Klimamodell REMO wird gezeigt, dass die Bewässerung einen deutlichen Einfluss auf den Monsun hat.
a) MSLP [hPa], b) 2m Temperatur [°C], c) Evapotranspiration [mm/d] und 850 hPa Wind
Der indische Subkontinent stellt die am stärksten bewässerte Region der Welt dar. Mit dem regionalen Klimamodell REMO wird gezeigt, dass die Bewässerung einen deutlichen Einfluss auf den Monsun hat.
a) MSLP [hPa], b) 2m Temperatur [°C], c) Evapotranspiration [mm/d] und 850 hPa Wind
An international team led by researchers from the Max Planck Institute for Gravitational Physics (Albert Einstein Institute; AEI), the Max Planck Institute for Radio Astronomy (MPIfR), and the U.S. National Science Foundation National Radio Astronomy Observatory (NRAO) has discovered ten rapidly rotating neutron stars in the globular cluster Terzan 5. Many of them are in unusual and rare binaries, including a potential candidate for a record-breaking double neutron star, a pulsar in an extremely elliptical orbit, and several “spider” systems in which the neutron stars are evaporating their companions.
Powerful radiation and the pulsar’s “wind” – an outflow of high-energy particles
Data from the MeerKAT radio telescope discover an unknown object at the boundary between a black hole and a neutron star
If this were also a star, it would, like the sun, emit a stellar wind, which the
The sight of a bright comet has fascinated people at all times. But what is behind such a celestial spectacle? It was only in modern times that researchers discovered the phenomenon – by which time the tail stars had already had a long career as bringers of bad luck or divine messengers.
The cause is the solar wind – a flow of electrically charged particles – which the
Scientists can predict which storks will migrate to Africa in autumn and which will remain in Europe
compensate for deviations from their natural migratory corridor more Gone with the wind
Vier Jahre nach dem Erstflug bereitet das Sunrise-Team das ballongetragene Sonnenobservatorium auf eine erneute Mission vor
Denn nicht nur Regen, auch zu starker Wind verbietet ein Abheben.
