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Nanoscience and Nanotechnology at PNNL

Save The Date!

Nanotechnology Signature Initiative (NSI) Webinar Series
The National Nanotechnology Coordination Office (NNCO) will host a series of webinars from October to December 2015 See the website for more information.

2016 IEEE Workshop on Microelectronics & Electron Devices See the meeting flyer.
April 15, 2016
Boise State University, Jordan and Simplot Ballrooms
Boise, Idaho, USA


At PNNL, we are committed to addressing the critical issues important to our society and the U.S. Department of Energy. In many cases nanoscience and nanotechnology offer potential routes toward addressing these problems. Understanding—and in some cases controlling—the properties of nanostructured objects and materials can bring new technologies to the marketplace that help solve major challenges in sustainable energy, environmental protection, national security, and human health. We conduct research to determine how nanotechnology can help solve these important problems, but we also conduct research that helps evaluate any associated risks.

Select an area to learn more . . .

Major areas of nanoscience and nanotechnology

Clean and Sustainable Energy Clean Environment and Climate Change Biology, Toxicology, and Health National Security Advanced Tools and Capabilities (Including EMSL, a National User Facilty)


New review articleprovides introduction to "the fascinating world of nanoparticle research"

Nano particle

The article was featured in Materials Today.

Because of advances in fundamental understanding and engineering capability, nanoscience and nanotechnology have been naturally integrated into a wide variety of the research and development efforts at the laboratory. We bring expertise in materials synthesis and characterization to bear on the opportunities in nanoscience and technology as applied to a wide range of research and technologies that are not necessarily perceived as nanotechnology. By precisely manipulating atoms and molecules-the very building blocks of nature-our research could yield safe, just-in-time sources of hydrogen for a wide range of energy applications, materials that enable environmental cleanup or drug delivery, new instruments to observe chemical processes in living cells, and miniaturized sensors to detect pathogens in foods and the environment.


We believe the way we do our work is very important. We realize that collaboration and teamwork are absolutely essential. The complexity of the technical challenges we face requires this. Furthermore, we gladly seek to work as partners with other laboratories, universities, companies and others. Let us work together on this exciting journey.

















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Hot Topics!

Advanced 3d analysis method getting press attention

Review paper on surface characterization of nanomaterials published as part of special journal issue



Staff Spotlight

Julia Laskin

PNNL Laboratory Fellow, Julia Laskin shared authorship of the invited review article "Soft Landing of Complex Molecules on Surfaces," with Grant Johnson and Qichi Hu. The article was featured in the prestigious journal, Annual Review of Analytical Chemistry, which invites select scientists to provide comprehensive articles on diverse topics in chemical analysis. The article centered on one of her significant research interests: soft- and reactive-landing of mass-selected ions onto surfaces and their long-reaching applications in biomaterials, molecular electronics, catalysis, and interfacial chemistry. Another article, lead by Grant Johnson and co-authored by Julia Laskin on the subject was "Charge Retention by Gold Clusters on Surfaces Prepared Using Soft Landing of Mass Selected Ions," featured in ACS Nano.


See the latest news highlights from EMSL.

Contact Us!


Nanotechnology Library


National User Facilities Relevant to Nanoscience