skip to: onlinetools | mainnavigation | content | footer

Carlos Gutierrez
Carlos Gutierrez
Acting Manager





Resources


Department Outlook Calendar (PCs only)

Link for others:  Outlook Public Folders/ All Public Folders/ VP-01000/ Centers/ 01100/ 01112/ 01112 Calendar"

01112 Sharepoint 

Diamond Coatings

Socorro DFT Code

Departments

Nanomaterials Sciences

The Nanomaterials Sciences Department develops innovative science to enable integrated self-powered sensors and actuators for national security needs and provides a basis for a secure national energy future.  In order to accomplish this vision, the department performs fundamental research in the areas of sensors and actuators, energy storage and delivery, energy conversion and harvesting, device integration and energy transport, solid state lighting, and the role of defects in all of these broad category areas.  This work includes  fundamental materials research focusing on the discovery, characterization and exploitation of properties and structures unique to the micro- and nanoscale.  Ab Initio modeling, materials synthesis and leading-edge experimentation are all utilized to understand the behavior and performance of materials and devices at the micro- and nanoscale.  Engineered defects and nanostructured materials are utilized to understand the electrical, electrochemical, magnetic, optical, chemical and mechanical properties of a wide range of materials and films.  Fundamental materials properties such as strength, stress, luminescence, fluorescence, dissipation, quantum efficiency and dynamic lifetimes are of interest, as well as materials behavior at high temperature and/or pressure and in high strength electric and/or magnetic fields.  Integration and performance of micro- and nanosystem devices are explored, as well as developing an understanding of the mechanisms driving materials and device aging, reliability and modification.  Unique methods of preparing nanostructured materials and films are developed, and the properties of these materials are explored.  New diagnostic techniques and methods are explored for these and other materials properties, while applications are developed for switches, capacitors, oscillators, battteries, catalysts, sensors and other advanced technologies.

Currently, our research programs include:

 

Top of page