ASML Advances Photolithography Systems with Multiphysics Simulation
Fred Huizinga, ASML, Netherlands
At ASML, the development of cutting-edge computer chips and the machinery to produce them requires a complex understanding of the many coupled physical processes involved. To design machines at this level of precision requires simulation at every step, making the availability of a comprehensive simulation toolbox invaluable. For example, engineers at ASML worked on the design of an air bearing responsible for high-precision movements in photolithography machines. They also created simulation apps to allow colleagues throughout the team to virtually test the performance of different designs.
Suggested Stories
A STEP in the Right Direction: Modeling AC Losses in a Tokamak Design
The Spherical Tokamak for Energy Production (STEP) program aims to deliver a prototype fusion energy plant in the ...
Forecasting Fruit Freshness with Simulation Apps
Swiss research organization Empa built multiphysics models and compiled a simulation application that feeds results ...
Multiphysics Simulations Help Track Underground Fluid Movements
Combining acoustic and electromagnetic analyses helps scientists to more efficiently measure and survey subterranean ...
The Sweet Side of Simulation Behind the Scenes at Nestlé
To produce chocolate, wafers, cereals, and everything in between, R&D engineers at Nestlé’s Product Technology ...
