Dein Suchergebnis zum Thema: Bad

MPI for Human Development

https://www.mpg.de/149875/human-development

Researching human development and education. Researchers of various disciplines – including psychology, education, sociology and medicine, as well as history, economics, computer science and mathematics – work together on interdisciplinary projects at the Berlin Institute.
behavior can corrupt human morals and evaluate the risks of AI agents acting as bad

Eve’s Achilles Heel

https://www.mpg.de/13889084/0916-pat-087896-eve-s-achilles-heel

In general, both men and women perform better in competitive situations. However, when women are in a state of elevated stress, competition has the opposite effect and leads to worse performance. As a consequence, women under stress increasingly shy away from competition, according to a recently published study from economic researchers from Germany, the Czech Republic and the Netherlands. Their results could help explain why women are underrepresented in high-paid jobs and in leadership positions. The results also have implications for efficient management practices, including hiring and performance incentives.
Eve’s Achilles Heel Eve’s Achilles Heel For women, stress and competition is a bad

„Actually, locusts don’t really like each other“

https://www.mpg.de/14448897/locust-swarms-africa-iain-couzin-max-planck

East Africa is currently being plagued by the largest swarms of locusts in decades. In some regions of Kenya, Somalia and Ethiopia, the insects have almost completely destroyed the harvest. Iain Couzin investigates animal swarms at the Max Planck Institute for Animal Behavior and the University of Constance. Years ago, he almost died in Africa in search of swarming desert locusts.
Here in Europe, such products now have a very bad reputation?

MPI für Radioastronomie

https://www.mpg.de/150325/radioastronomie

Das Max-Planck-Institut für Radioastronomie in Bonn hat Spuren in der irdischen Landschaft hinterlassen: eine riesige weiße Schüssel, die sich bei Effelsberg in der Eifel in den Himmel erhebt – das 100-Meter-Teleskop. Wenn die Wissenschaftler dort oder an anderen Antennen weltweit nach den Sternen greifen, muss das Wetter nicht unbedingt klar sein, Radiostrahlen durchdringen auch Wolken. In diesem für das menschliche Auge unsichtbaren spektralen Band betrachten die Forscher junge stellare Objekte ebenso wie altersschwache Sterne, Moleküle im interstellaren Medium ebenso wie ferne Radiogalaxien, das Zentrum der Milchstraße oder Magnetfelder sowie Staub und Gas in kosmologischen Entfernungen. Und weil für all dies ein Teleskop allein oft nicht ausreicht, arbeiten die Bonner Radioastronomen mit der sogenannten Interferometrie, indem sie mehrere über den Globus verteilte Antennen zu einem „Riesenauge“ zusammenschalten.
in Teilzeit (m/w/d) (20 Stunden/Woche) Max-Planck-Institut für Radioastronomie, Bad