A diverse group of three individuals collaborates around a laptop in a workspace filled with whiteboards covered in complex mathematical equations and diagrams. The team appears engaged as they discuss ideas and analyze data, exemplifying teamwork in a research setting.

The Applied Mathematics & Computational Research Division (AMCR) transforms bold scientific ideas into blazing‑fast reality through a unique “math‑to‑machine” pipeline: developing cutting‑edge mathematical models, co‑designing algorithms and hardware with DOE partners, and engineering open‑source software that runs efficiently on today’s supercomputers and tomorrow’s emerging architectures. By uniting applied math, performance‑portable programming, and advanced system software, our interdisciplinary teams drive research breakthroughs worldwide.

Artificial Intelligence

An image of ion collisions captured by BNL’s STAR detector.

Cutting-Edge Computing

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Mathematical Excellence

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Modeling & Simulation

A vibrant image depicting a new form of X-ray crystallography at Stanford’s Linac Coherent Light Source. A bright yellow beam of X-rays passes through a complex, cloud-like structure, resulting in a colorful diffraction pattern on a detector. Experimental data from this process is transferred automatically via ESnet to supercomputers at NERSC and back, enabling initial analysis in under ten minutes—a record-breaking speed for this type of experiment.

Quantum Information Science & Technology

Close-up of the quantum fridge, a crucial component of Berkeley Lab's advanced quantum testbed, featuring precision instruments and gold-plated components used in quantum research. The image highlights the intricate technology involved in maintaining extremely low temperatures necessary for quantum computing experiments.

Scientific Discovery & Private Sector Partnerships

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Berkeley Lab’s AMCR Division offers unparalleled expertise in developing advanced mathematical models, computational algorithms, and high-performance computing solutions. Comprised of four departments and eleven groups, our division is dedicated to innovative research and collaborative efforts.