Reflections on the Royal Society’s “Numerical Algorithms for High-performance Computational Science” Discussion Meeting

The Royal Society discussion meeting on "Numerical Algorithms for High-Performance Computational Science" took place this past April.

Dynamics of Table-top Fire Fronts

Researchers can describe propagating pulses—such as fire fronts—as excitable systems coupled in space.

Because medicine development is time-consuming, expensive, and error-prone, many diseases lack available medicines for treatment.

The 2019 MathWorks Math Modeling Challenge winning team hailed from High Technology High School in Lincroft, NJ.

Mark Levi explores the kinetic and heat energies that an object acquires upon hitting the windshield of a vehicle.

A combination of data science and bench science has the potential to transform the way we diagnose, treat, and prevent cancer.

Paul Davis offers a detailed overview of some of the invited talks, prize lectures, and minisymposia presentations at CSE19.

Could Hopf bifurcation be responsible for fluctuating wait times? Jamol Pender investigates at CSE19.

Roy Goodman presents an overview of Markdown, a lightweight markup language that is well suited for smaller writing projects.

Upgrading engineering safety requirements could account for the magnitude of adverse outcomes beyond safety thresholds.

Kaitlin Hill and Sara Clifton use a minimal model for promotion within hierarchically-structured fields to investigate gender parity.

A two-part minisymposium at CSE19 focused on the fast Fourier transform, an algorithm that is used in a variety of applications.

The malaria parasite’s ongoing evolution towards drug resistance is a key challenge in combatting the epidemic.

Geometrical models play a critical role in diverse fields, such as computer graphics and animation.

A glass cylinder is neither focusing nor defocusing, as entering parallel beams remain parallel as they pass through.