The mathematical modelling of microelectromechanical systems (MEMS) integrates sophisticated analytical and numerical methods to describe and predict the behaviour of miniature devices that combine ...

The Simons Foundation invites nominations for Simons Investigators in the Mathematical Modeling of Living Systems (MMLS), a joint program of the Mathematics and Physical Sciences and Life Sciences ...

Mathematical modelling has emerged as an indispensable tool in understanding and optimising biosensor performance and reaction-diffusion processes. By coupling differential equations that describe ...

Machine generated contents note: 1. What models can do for the life sciences -- 1.1. Donkey and Diplodocus -- 1.2. What is a mathematical model? -- 1.3. Why use differential equations? -- 1.4. A ...

Abstract: Surface dynamics plays a key role in processes which are relevant for a variety of applications such as thin films, functionalized nanomaterials, and heterogeneous catalysis. Although ...

1a. Simplified schematic and design and optimization flowchart. Using mathematical software to fully model Synchronous Buck Converter (SBC) performance in symbolic form is a tool that is available ...

Researchers demonstrate how mathematical modeling can be used to analyze the impact of different cancer treatments on tumor and immune cell dynamics and help predict outcomes to therapy and ...

Medicine makers need to get better at math. Improved mathematical modeling would accelerate the move toward automated processes, cut production times, and reduce costs. Researchers Francesco Destro, ...

This is the great mystery of human vision: Vivid pictures of the world appear before our mind’s eye, yet the brain’s visual system receives very little information from the world itself. Much of what ...

High blood pressure, or hypertension, affects more than one billion people worldwide and is a leading cause of heart disease ...