Precision Materials by Design
At PNNL, we use a combination of theory, computation, and experiments to advance knowledge-driven synthesis of materials for applications in energy, optics, electronics, and quantum information sciences.
Earth & Coastal Sciences
The Earth system—including the atmosphere above us, aquifers far beneath our feet, and everything in between—is incredibly complex and constantly evolving. Understanding this dynamic system, and how it interacts with human activities, is critical for projecting future water availability, the resilience of our energy systems, and how ecosystems might respond to multiple stresses.
Global Change
Global change research studies the complex interactions between human activities and natural systems, focusing on the impacts of environmental and management changes on the atmosphere, ecosystems, and society. It encompasses a range of disciplines, including atmospheric science, ecology, engineering, economics, and social sciences.
Integrative Omics
Life is dynamic, complex, and interconnected—qualities that start with biomolecules, the primary target of PNNL’s integrative omics team.
Computational Mathematics & Statistics
How can our nation predict behavior of complex natural and man-made systems and find critical signatures amidst overwhelming data? PNNL helps decision makers be better informed when making choices in mission critical domains.
Chemical & Biothreat Signatures
Through research in biodetection, chemistry, materials, and pathogen characterization, PNNL sits uniquely at the nexus of chemistry and biology, supporting important national security missions to prevent and counter acts of terrorism and the proliferation of weapons of mass destruction.
Additive Manufacturing
PNNL is developing science and technology to address the national security implications of additive manufacturing as an emerging threat.