All People

Gas Sensing

Microdevices Laboratory- JPL

atmospheric chemistry related to climate and habitability of planets within and outside our solar system, exoplanet detection, remote gas sensing, high-resolution spectroscopy

photochemistry; kinetics, dynamics and spectroscopy of molecules and radicals; transport in troposphere/stratosphere

molecular structure and spectra, remote sensing, climate research

atmospheric gas and aerosol sensing, spectroscopic technique development

Molecular spectroscopy, Instrument development, Cavity-enhanced techniques, Optical frequency combs, Remote sensing, Greenhouse gas monitoring, Atmospheric chemistry

Gas phase chemical dynamics and kinetics, photodissociation dynamics, time-resolved photoionization mass spectrometry, combustion chemistry, atmospheric chemistry, science education

atmospheric chemistry, aerosol transformation and transport

laboratory photochemistry; remote sensing; analysis of satellite data to understand tropospheric air quality, solar radiation and climate change

theoretical chemical physics and quantum chemistry with applications in molecular spectroscopy

Laser spectroscopy, Gas sensing, Semiconductor sources, Frequency comb generation, Ultrafast optics, Counterfeit drug detection, Signal processing, Hyperspectral imaging

combustion and atmospheric chemistry

chemical kinetics and mechanisms, laboratory studies of tropospheric and stratospheric chemistry, trace gas detection

planetary chemistry, Martian chemistry, chemistry of organic compounds on Titan