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Stratospheric winds are now carrying the solar telescope along the Arctic Circle
June, several launch attempts had to be called off or canceled due to unfavorable wind
Stratospheric winds are now carrying the solar telescope along the Arctic Circle
June, several launch attempts had to be called off or canceled due to unfavorable wind
Das fliegende Infrarot-Observatorium Sofia hat zum ersten Mal das atomare Isotop 18O in der Mesosphäre und der unteren Thermosphäre der Erde nachgewiesen. Die Messungen sind ein wichtiger Schritt hin zum Verständnis der Art und Weise, wie biologische Prozesse die Erdatmosphäre durchdringen und könnten dazu beitragen, die Suche nach möglichen Anzeichen von Leben in der Atmosphäre von Exoplaneten zu optimieren.
Andererseits wurde erst kürzlich ein magnetosphärischer Wind entdeckt, der von der
Das fliegende Infrarot-Observatorium Sofia hat zum ersten Mal das atomare Isotop 18O in der Mesosphäre und der unteren Thermosphäre der Erde nachgewiesen. Die Messungen sind ein wichtiger Schritt hin zum Verständnis der Art und Weise, wie biologische Prozesse die Erdatmosphäre durchdringen und könnten dazu beitragen, die Suche nach möglichen Anzeichen von Leben in der Atmosphäre von Exoplaneten zu optimieren.
Andererseits wurde erst kürzlich ein magnetosphärischer Wind entdeckt, der von der
A pulsar within a few thousand light-years of Earth could have accelerated electrons and positrons to the highest energies measured by the Hess observatory so far
Some pulsars blow a wind of charged particles into their surroundings, and the magnetic
A pulsar within a few thousand light-years of Earth could have accelerated electrons and positrons to the highest energies measured by the Hess observatory so far
Some pulsars blow a wind of charged particles into their surroundings, and the magnetic
A pulsar within a few thousand light-years of Earth could have accelerated electrons and positrons to the highest energies measured by the Hess observatory so far
Some pulsars blow a wind of charged particles into their surroundings, and the magnetic
Charge density waves compete with superconductivity in the ceramic high-temperature superconductors yttrium and neodymium barium cuprates, which lowers the transitional temperature of unconventional superconductors. Researchers around Bernhard Keimer at the Max Planck Institute for Solid State Research investigated how superconducting materials interact with magnetic ones. They also suspect that charge density waves in a superlattice of the cuprate YBCO and the ferromagnetic lanthanum calcium manganate (LCMO) could be the cause of a long-range electron-phonon coupling. The hope that their new insights into charge density waves could improve our understanding of the zero-resistance transport of electricity and could explain an unusual interplay of superconducting and magnetic materials.
Daniel Pröpper/MPI for Solid State Research If electricity from high-power offshore wind
Wissenschaftliche Publikationen
.: The Wind of No Change: Union Effects on Partisan Preferences and the Working-Class
Jürgen Renn, Robert Schlögl, Christoph Rosol and Benjamin Steininger present a research initiative of the Max Planck Society on socio-technical aspects of energy transformation.
The prices for wind energy in wind-rich regions have been competitive for some time
