Argonne develops code and algorithms for simulations of Quantum Field Theory to probe the building blocks of nature.

Our particle transport research focuses on enabling simulation of physical phenomena with higher fidelity than is currently possible.

Our novel approach to decision science and analysis combines expertise with one-of-a-kind facilities to solve the world’s most complex scientific challenges.

Our threat experts understand the goals of adversaries, develop resilience strategies and identify emerging hybrid activities.

We research, develop and apply new ways of helping emergency managers prepare for natural and man-made disasters.

We identify security and resilience gaps in our nation’s infrastructure and advise our partners in strategies to close those gaps.

The LANS group provides a hub for Argonne computing activities in computational mathematics, data-driven methods, numerical analysis, numerical libraries, and optimization.

The power of today’s computing devices rests on the quantum mechanical properties of single electrons moving individually through semiconductors.

Even the most perfect materials contain myriad defects — deviations from crystalline perfection that are critical ingredients for the function of matter.

Liquids and solutions provide incubators for growth of new materials, chemical transformations, energy transduction and separations.