Dein Suchergebnis zum Thema: per

Einstein@Home detects unusual stellar pair

https://www.mpg.de/1327848/pulsar_white_dwarf?page=1

Neutron stars are quite unique: the material they are made of is packed much more densely than conventional matter. They rotate extremely fast about their own axis, emitting radiation in the process, so they are often visible as pulsars in the radio spectrum. Researchers at the Max Planck Institute for Gravitational Physics in Hanover, working as part of the international PALFA Collaboration, and with the help of participants in the Einstein@Home project, have now discovered a pulsar accompanied by a white dwarf – a burnt-out star. The researchers want to weigh the pair, using what is known as the Shapiro effect.
The mass of the white dwarf, at 95 per cent of that of our Sun, is unusually high

Biases about bribery in certain countries facilitate corruption

https://www.mpg.de/20246730/0502-bild-biases-about-bribery-in-certain-countries-facilitate-corruption-149835-x

For transnational bribery, the decision to offer bribes strongly depends on the national background of one’s partner. One’s own nationality, on the other hand, plays only a secondary role. This is shown by a large-scale experiment conducted by researchers from the University of Cologne, the University of Amsterdam and the Max Planck Institute for Human Development in Berlin.
For example, on average, participants expected 42 per cent of US citizens to accept

Einstein@Home detects unusual stellar pair

https://www.mpg.de/1327848/pulsar_white_dwarf

Neutron stars are quite unique: the material they are made of is packed much more densely than conventional matter. They rotate extremely fast about their own axis, emitting radiation in the process, so they are often visible as pulsars in the radio spectrum. Researchers at the Max Planck Institute for Gravitational Physics in Hanover, working as part of the international PALFA Collaboration, and with the help of participants in the Einstein@Home project, have now discovered a pulsar accompanied by a white dwarf – a burnt-out star. The researchers want to weigh the pair, using what is known as the Shapiro effect.
The mass of the white dwarf, at 95 per cent of that of our Sun, is unusually high