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CENTER FOR NANOPHASE MATERIALS SCIENCES

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 * About Our Team About Our Team
   * Org Chart (PDF)
   * Staff Expertise
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 * About CNMS About CNMS
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   * Nanomaterials Characterization Nanomaterials Characterization
     * Functional Atomic Force Microscopy
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   * Nanomaterials Synthesis Nanomaterials Synthesis
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CENTER FOR NANOPHASE MATERIALS SCIENCES (CNMS)

The Center for Nanophase Materials Sciences (CNMS) at Oak Ridge National
Laboratory (ORNL) offers the national and international user community access to
staff expertise and state-of-the-art equipment for a broad range of nanoscience
research, including nanomaterials synthesis, nanofabrication,
imaging/microscopy/characterization, and theory/modeling/simulation.


QUICK RESOURCE LINKS

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STAFF EXPERTISE

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CAPABILITIES AND INSTRUMENTS

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RESEARCH IMPACT

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BECOME A CNMS USER

Users join a vibrant research community that brings together ORNL research
staff, technical support staff, students, postdoctoral fellows, and
collaborating guest scientists. The program accommodates both short-term and
long-term collaborative research projects. Access is obtained through a brief
peer-reviewed proposal with no charge for users who intend to publish their
results in the open literature. Access is available on a cost-recovery basis for
research that is proprietary and not intended for publication or public
dissemination. CNMS also acts as gateway for the nanoscience community to
benefit from ORNL’s neutron sources (SNS and HFIR) and computational resources.

CNMS PIER Plan Thank A Staff Member Suggestion Box CNMS User Group User Charter
Scientific Advisory Committee Strategic Plan Proposal Renewal From


CONTACT

Karren L More
Director, Center for Nanophase Materials Sciences
morekl1@ornl.gov




CNMS RESEARCH GROUPS


FUNCTIONAL HYBRID NANOMATERIALS

To understand and control nanomaterials synthesis and assembly to elicit special
functionalities by integrating real-time diagnostics and advanced
characterization techniques.


FUNCTIONAL ATOMIC FORCE MICROSCOPY

To advance scanning probe microscopies and spectroscopies to capture the
nanoscale origins of functional properties in materials for energy and
information.


SCANNING TUNNELING MICROSCOPY

To understand and control the correlations of atomic structure with electronic,
magnetic, and transport properties in quantum materials through the development
of scanning tunneling microscopy methods.


ELECTRON MICROSCOPY AND MICROANALYSIS (EMMA)

To understand the structure, chemistry, and function of materials through the
development and application of advanced state-of-the-art analytical microscopy,
atom probe tomography, in situ S/TEM, and cryo-EM techniques.


MACROMOLECULAR NANOMATERIALS

To understand and design novel macromolecular and deuterated nanomaterials using
cutting-edge synthesis and characterization methods.


NANOFABRICATION RESEARCH LABORATORY

To advance nanofabrication processes to evoke and elucidate the effects of scale
and confinement on the function of nanomaterials and soft matter.


NANOMATERIALS THEORY INSTITUTE

To deliver advanced theoretical, computational, and machine learning
capabilities that can provide a foundation for fundamental understanding and
prediction of materials and their function, and chemical processes at the
nanoscale.


DATA NANOANALYTICS

To accelerate the development of autonomous research tools and workflows capable
of scientific discovery in nanoscale synthesis and characterization by combining
simulations, physics-driven machine learning methods, and instrument automation.


VIDEOS




OTHER NANOSCALE SCIENCE RESEARCH CENTERS

Center for Functional Nanomaterials
Located at Brookhaven National Laboratory
The Molecular Foundry
Located at Berkeley Lab
Center for Integrated Nanotechnologies
Located at Sandia and Los Alamos National Laboratories
Center for Nanoscale Materials
Located at Argonne National Laboratory




CURRENT RESEARCH


NEWS

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NEWS

New technique could unlock potential of quantum materials


NEWS

Nanoscale method boosts materials for advanced memory storage


NEWS

‘Writing’ with atoms could transform materials fabrication for quantum devices

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