both to make it easy for astrophysicists to join the collaboration and also to raise the level of galaxy simulations worldwide. “This project will tell us what are the key ingredients that produce ...

Innovative multidisciplinary research in nuclear and particle physics and cosmology has led to the development of a new, more accurate computer code to study the early universe. Innovative ...

Now, Julian Adamek of the Observatoire de Paris and colleagues have developed a numerical code called “gevolution”, which provides a framework for introducing the effects of general relativity into ...

Researchers from Nagoya City University, Tohoku University, and other institutions have used numerical simulations to replicate how a peculiar mineral texture called barred olivine forms inside ...

This will lead to tremendous benefits for both the product development and production processes, including virtual design and virtual flight testing, and the gradual transition to virtual ...

Now a team of quantum theorists from Spain have used numerical simulations to show that, on large scales, features of the ...

The simulation is known as a particle-in-cell code because it tracks individual ... results reflect real physical processes rather than numerical artifacts," said Kaganovich.

Numerical simulations using a phase-field model show that barred olivine crystals in chondrules form when molten material cools at rates exceeding 1°C per second, faster than previously thought.