Email: rjones@sandia.gov
Research: Computational modeling of energy transport, including electron–phonon interaction, thermal-mechanical fluctuations in nanostructures, and thermal conductivity in the presence of defects.
Email: fleonar@sandia.gov
Research: Electronic transport in nanostructures.
Email: jlo@sandia.gov
Research: Nanofabrication of plasmonic and optoelectronic devices; Bio-MEMS/NEMS sensors.
Email: jlskinn@sandia.gov
Research: Plasmonics and nanofabrication; the integration of nano- and microscale devices.
Email: cdspata@sandia.gov
Research: First-principles calculations, with emphasis on many-electron correlation effects, of the electronic, transport and optical properties of (nano)materials.
Email: alvance@sandia.gov
Research: Synthetic chemistry for applications in nanoscale devices and self-assembled monolayers.
Email: bmwong@sandia.gov
Research: Quantum chemistry, electronic excited states.
Email: elai@sandia.gov
Research: Micro and nano fabrication of electronic and photonic devices.
Email: petyang@sandia.gov
Research: Synthesis, fabrication, and integration of nanostructures into functional electronic and opto-electronic devices.
Email: awcummi@sandia.gov
Research: Simulation of electron transport in nanoscale devices.
Email: acford@sandia.gov
Research:
Publications
Email: akane@sandia.gov
Research:
Email: amkatze@sandia.gov
Research: Electrical transport and optoelectronic characterization of nanosystems.
Email:
Research:
Publications
Email: kslee@sandia.gov
Research: Purifying and separating carbon nanotubes; lithography and wafer fabrication for device manufacturing.
Email: dmhered@sandia.gov
Email: castein@sandia.gov