Electromagnetic-thermal co-simulation methods integrate the numerical assessment of electromagnetic fields with thermal analysis to predict the coupled behaviour of systems in which heat generation ...

A new method developed at LMU overcomes fundamental resolution limits and may provide insights into high-temperature ...

The method is particularly suitable for quantum simulations in the field of materials science, where solids such as crystals consist of an arrangement of atoms that repeats periodically. The process ...

The underlying mechanism is investigated using discrete element methods simulations.

The background: To understand how complex materials behave at the atomic level, physicists calculate what are known as ...

Design engineering is running headfirst into a materials bottleneck. Industries such as automotive, aerospace, electronics, and semiconductors now depend on increasingly complex materials. Yet ...

Trends in RF technology are moving to much more complex, larger, denser, and dynamic structures than ever before. This is a natural evolution of RF technology as more techniques are developed to solve ...

Despite the huge technological interest in boron nitride (BN), understanding the relative stability of its different structural phases remains a challenge owing to conflicting results from experiments ...

Physicists at Ludwig Maximilian University of Munich have developed a technique that overcomes the Nyquist-Shannon resolution limit in quantum simulations, enabling far more precise calculation of ...