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Kimberly A. Briggman

Kimberly Briggman is a physical chemist and leader of the Molecular and BioPhotonics project in the Quantum Electronics and Photonics Division. Her work at NIST began in 1999 through a National Research Council Postdoctoral Fellowship to develop and apply nonlinear optical spectroscopic methods to organic and biological interfaces. She recently served as a senior policy analyst in the White House Office of Science and Technology Policy (July 2009 - January 2011) and as a program analyst in the Program Office of NIST (March 2008 - June 2009).

Her research in the Molecular and BioPhotonics Project focuses on developing nonlinear optical methods to measure properties of interfaces which may be found at the surfaces of materials, in thin-film systems, or buried in layered materials. An example is the technique of broadband vibrational sum frequency generation (VSFG), in which two laser pulses at different frequencies combine to produce light at their sum frequency with an efficiency that depends on the broken symmetry at the interface. Using femtosecond laser pulses, SFG provides broad spectral coverage in addition to a time-resolved optical diagnostic uniquely sensitive to interface structure. Measurements include spectroscopic characterization of molecules at buried epitaxial interfaces, ultrafast monitoring of molecular dynamics at interfaces, assessment of the structure and quality of thin films, and the development of vibrational techniques for the assessment of membrane protein structure.  

Current research projects include:

Nonlinear Optical Spectroscopy for the Characterization of Transmembrane Proteins in Supported Bilayer Membranes

Characterization of the Structural Properties of Lipids to Determing Small Molecule Drug and Nanoparticle Interactions


Dual-comb photoacoustic spectroscopy

Jacob T. Friedlein, Esther Baumann, Kimberly Briggman, Gabriel M. Colacion, Fabrizio R. Giorgetta, Daniel I. Herman, Nathan R. Newbury, Jeeseong Hwang, Ian R. Coddington, Kevin C. Cossel, Gabriel Ycas, Christopher Yung, Eli V. Hoenig, Edgar F. Perez, Aaron Goldfain
Spectrally-resolved photoacoustic imaging is a promising technique for label-free imaging in optically scattering materials. However, this technique often

Nonlinear Silicon waveguides produce tunable frequency combs spanning 2.0-8.5 ?m

Nima Nader, Abijith S. Kowligy, Jeffrey T. Chiles, Eric J. Stanton, Henry R. Timmers, Alexander J. Lind, Kimberly Briggman, Scott Diddams, Flavio Caldas da Cruz, Richard Mirin, Sae Woo Nam, Daniel M. Lesko
We present fully air clad suspended-silicon waveguides for efficient nonlinear interactions limited only by the silicon transparency. Novel fork-shaped couplers
Created July 30, 2019