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NIST
Molecular Electronics Competence-Building Project Molecular Electronics is a field that many predict will have important technological impacts on the computational and communication systems of the future. In "moletronic" systems, molecules perform the functions of electronic components. Our objectives are to characterize the structural properties and conduction mechanism through molecules and to develop methods thato reliably and reproducibly measure the electrical properties of ensembles of molecules. A cross-disciplinary team is
needed to tackle the inherently interdisciplinary challenges associated
with molecular electronics. This project is a collaboration between the
NIST Chemical Science & Technology Laboratory and the NIST Electronics
& Electrical Engineering Laboratory. CSTL carries out research investigating
the electrical properties of, conduction mechanisms through, and structure
of small ensemble of moletronic systems. This research in carried out
using optical spectroscopies, scanned-probe detection, and theoretical
modeling. EEEL carries out research investigating the electrical properties
of, conduction mechanisms through, and structure of larger molecular aggregates
that serve as a prototype for likely devices. This research requires fabricating
test structures and, after molecules are depositing into the structures,
evaluating the electrical properties of these prototypical devices using
electrical probe test stations. |