Artificial intelligence can support early warning systems for extreme weather events and their impacts, thereby minimizing damage caused by climate change.
weather events can have very diverse impacts. 2021 provides a particularly good demonstration
Artificial intelligence can support early warning systems for extreme weather events and their impacts, thereby minimizing damage caused by climate change.
weather events can have very diverse impacts. 2021 provides a particularly good demonstration
Using radio data from the ALMA observatory and physical modelling, astronomers led by Kamber Schwarz (Max Planck Institute for Astronomy and University of Arizona) have managed to determine the mass of a potential “planet factory,” the protoplanetary disk around the star GM Aurigae. From their reconstruction, which includes a determination of the disk’s temperature profile, the astronomers deduce that the factory may just have started production: in an unstable region, conditions should be right to form a giant gas planet. The results showcase the increasing ability of astronomers to probe physical properties of planet formation as it happens.
special edition of the Astrophysical Journal Supplement Series, are an impressive demonstration
Coronavirus not only infects the human retina, but can also replicate in it
„This is the first demonstration that Sars-CoV-2 replicates in human retinal cells
Coronavirus not only infects the human retina, but can also replicate in it
„This is the first demonstration that Sars-CoV-2 replicates in human retinal cells
Artificial intelligence can support early warning systems for extreme weather events and their impacts, thereby minimizing damage caused by climate change.
weather events can have very diverse impacts. 2021 provides a particularly good demonstration
Artificial intelligence can support early warning systems for extreme weather events and their impacts, thereby minimizing damage caused by climate change.
weather events can have very diverse impacts. 2021 provides a particularly good demonstration
Die Entwicklung photonischer Kristallfasern mit festem Glaskern haben in der nichtlinearen Optik neue Möglichkeiten eröffnet, da ihre Dispersionseigenschaften durch die Strukturierung maßgeschneidert werden können.
Obwohl die Hohlkernfaser relativ niedrige Verluste hat (ca. 1 dB/km) und bereits zur Demonstration
Die Entwicklung photonischer Kristallfasern mit festem Glaskern haben in der nichtlinearen Optik neue Möglichkeiten eröffnet, da ihre Dispersionseigenschaften durch die Strukturierung maßgeschneidert werden können.
Obwohl die Hohlkernfaser relativ niedrige Verluste hat (ca. 1 dB/km) und bereits zur Demonstration
Die MPCDF optimiert komplexe Anwendungscodes auf Hochleistungsrechnern und bietet Unterstützung für Datenmanagement, Visualisierung und Exploration von Simulationsdaten.
von Multi-Proteinkomplexen, jeweils aus dem Max-Planck-Institut für Biophysik, Demonstration
