A climate game and a game theory model show that people prefer representatives who
Voters prefer to be represented by extortioners A climate game and a game theory model
Researchers at the Max Planck Institute for Meteorology have developed a model capable
A compromise climate model Marie-Luise Kapsch and her team have expanded a climate
previously known only from theory, possibly points to new physics beyond the standard model
rare decay of a Kaon particle A possible hint for new physics beyond the standard model
previously known only from theory, possibly points to new physics beyond the standard model
rare decay of a Kaon particle A possible hint for new physics beyond the standard model
previously known only from theory, possibly points to new physics beyond the standard model
rare decay of a Kaon particle A possible hint for new physics beyond the standard model
Researchers have come to this conclusion based on a new model that combines all the – According to this model, giant planets can form more efficiently and faster than
The team has developed a model that for the first time combines all the necessary
Researchers have come to this conclusion based on a new model that combines all the – According to this model, giant planets can form more efficiently and faster than
The team has developed a model that for the first time combines all the necessary
fertile, and easy to keep – important characteristics for an animal to become a model
Animals The mouse as a model organism Facts – mice Why do researchers
Max Planck Institute for Empirical Aesthetics have developed a new psychological model
Based on their psychological model published in the renowned journal Behavioral &
New MillenniumTNG Project simulates the formation of galaxies and the cosmic large-scale structure of the universe at the same time. By comparing these novel simulation of the universe with observations, it will be possible to test fundamental principles of the current understanding of the universe.
They are like a theoretical model that we can use to compare the universe as we see
