Der Ursprung von Ich-Bewusstsein ist Thema vieler aktueller Forschungsarbeiten in den kognitiven Neurowissenschaften. Zentrale Aspekte unseres Selbst können unmittelbar in unserem Körper verortet und als Begleitprodukt von Handlungen charakterisiert werden.
Amsterdam: IOS Press 165–174 (2008) 10. Schütz-Bosbach, S.; Prinz, W.
Der Ursprung von Ich-Bewusstsein ist Thema vieler aktueller Forschungsarbeiten in den kognitiven Neurowissenschaften. Zentrale Aspekte unseres Selbst können unmittelbar in unserem Körper verortet und als Begleitprodukt von Handlungen charakterisiert werden.
Amsterdam: IOS Press 165–174 (2008) 10. Schütz-Bosbach, S.; Prinz, W.
With the Digital Markets Act, the EU Commission wants to limit the market power of tech giants such as Google, Apple, Facebook/Meta, Amazon or Microsoft and protect competition in the European market. In an interview, Heiko Richter, Senior Research Fellow for Digitalization and Competition Law at the Max Planck Institute for Innovation and Competition explains the goals of the planned regulation, which is currently being negotiated.
In addition, operating systems such as Google’s Android or Apple’s iOS would have
With the Digital Markets Act, the EU Commission wants to limit the market power of tech giants such as Google, Apple, Facebook/Meta, Amazon or Microsoft and protect competition in the European market. In an interview, Heiko Richter, Senior Research Fellow for Digitalization and Competition Law at the Max Planck Institute for Innovation and Competition explains the goals of the planned regulation, which is currently being negotiated.
In addition, operating systems such as Google’s Android or Apple’s iOS would have
Nearly 20 years after the end of NASA’s Galileo mission to Jupiter, scientists led by the Max Planck Institute for Solar System Research (MPS) in Germany have unlocked a new secret from the mission’s extensive data sets. For the first time, the research team was able to determine beyond doubt that the high-energy ions surrounding the gas giant as part of its inner radiation belt are primarily oxygen and sulfur ions. They are thought to have originated in volcanic eruptions on Jupiter’s moon Io. Near the orbit of the moon Amalthea, which orbits Jupiter further inward, the team discovered an unexpectedly high concentration of high-energy oxygen ions that cannot be explained by Io’s volcanic activity. A previously unknown ion source must be at work here. The results of the study were published today in the journal Science Advances.
outside Amalthea’s orbit are supplied from the distant magnetosphere as byproducts of Io
