P00006 THE THEME OF THIS PROPOSAL IS THE LABORATORY SPECTROSCOPY OF MOLECULES OF IMPORTANCE IN COOL ASTRONOMICAL OBJECTS, INCLUDING LOW MASS STARS, EXTRASOLAR PLANETS, BROWN DWARFS, M-TYPE STARS, CARBON STARS AND COMETS. OUR PRIMARY FOCUS WILL BE ON HOT H2O, CH4, NH3, CAOH, AND DIATOMIC HYDRIDES AND OXIDES. HYDROGEN PRESSURE-BROADENING PARAMETERS WILL BE MEASURED FOR WATER, METHANE AND AMMONIA AT HIGH TEMPERATURE. THESE MOLECULES ARE KEY SPECIES FOR THE CLASSIFICATION OF THE SPECTRA OF COOL STELLAR AND SUB-STELLAR OBJECTS INCLUDING BROWN DWARFS AND EXOPLANETS. WE PLAN TO PROVIDE LINE POSITIONS, LINE INTENSITIES AND LOWER STATE ENERGIES (PLUS H2-BROADENING COEFFICIENTS) BY COMBINING EXPERIMENTAL AND THEORETICAL DATA IN AN OPTIMAL WAY TO CREATE SPECTRAL LINE LISTS. THESE LINE LISTS ARE EASILY CONVERTED TO MOLECULAR OPACITIES THAT ARE USED TO COMPUTE SPECTRAL ENERGY DISTRIBUTIONS EMITTED BY COOL OBJECTS. THE EXPERIMENTAL PART OF THE RESEARCH WILL BE CARRIED OUT BY RECORDING FOURIER TRANSFORM SPECTRA USING A VARIETY OF MOLECULAR SOURCES. COOL OBJECTS SUCH AS BROWN DWARFS AND EXOPLANETS ARE PRIMARY TARGETS FOR A NUMBER OF NASA MISSIONS SUCH AS TESS, KEPLER & K2, SOFIA AND JWST. Funding Only Action ($4k) 8/9/22 Not listed THE THEME OF THIS PROPOSAL IS THE LABORATORY SPECTROSCOPY OF MOLECULES OF IMPORTANCE IN COOL ASTRONOMICAL OBJECTS INCLUDING LOW MASS STARS EXTRASOLAR PLANETS BROWN DWARFS M-TYPE STARS CARBON STARS AND COMETS. OUR PRIMARY FOCUS WILL BE ON HOT H2O CH4 NH3 CAOH AND DIATOMIC HYDRIDES AND OXIDES. HYDROGEN PRESSURE-BROADENING PARAMETERS WILL BE MEASURED FOR WATER METHANE AND AMMONIA AT HIGH TEMPERATURE. THESE MOLECULES ARE KEY SPECIES FOR THE CLASSIFICATION OF THE SPECTRA OF COOL STELLAR AND SUB-STELLAR OBJECTS INCLUDING BROWN DWARFS AND EXOPLANETS. WE PLAN TO PROVIDE LINE POSITIONS LINE INTENSITIES AND LOWER STATE ENERGIES (PLUS H2-BROADENING COEFFICIENTS) BY COMBINING EXPERIMENTAL AND THEORETICAL DATA IN AN OPTIMAL WAY TO CREATE SPECTRAL LINE LISTS. THESE LINE LISTS ARE EASILY CONVERTED TO MOLECULAR OPACITIES THAT ARE USED TO COMPUTE SPECTRAL ENERGY DISTRIBUTIONS EMITTED BY COOL OBJECTS. THE EXPERIMENTAL PART OF THE RESEARCH WILL BE CARRIED OUT BY RECORDING FOURIER TRANSFORM SPECTRA USING A VARIETY OF MOLECULAR SOURCES. COOL OBJECTS SUCH AS BROWN DWARFS AND EXOPLANETS ARE PRIMARY TARGETS FOR A NUMBER OF NASA MISSIONS SUCH AS TESS KEPLER & K2 SOFIA AND JWST. ($4k) 8/9/22 P00005 THE THEME OF THIS PROPOSAL IS THE LABORATORY SPECTROSCOPY OF MOLECULES OF IMPORTANCE IN COOL ASTRONOMICAL OBJECTS, INCLUDING LOW MASS STARS, EXTRASOLAR PLANETS, BROWN DWARFS, M-TYPE STARS, CARBON STARS AND COMETS. OUR PRIMARY FOCUS WILL BE ON HOT H2O, CH4, NH3, CAOH, AND DIATOMIC HYDRIDES AND OXIDES. HYDROGEN PRESSURE-BROADENING PARAMETERS WILL BE MEASURED FOR WATER, METHANE AND AMMONIA AT HIGH TEMPERATURE. THESE MOLECULES ARE KEY SPECIES FOR THE CLASSIFICATION OF THE SPECTRA OF COOL STELLAR AND SUB-STELLAR OBJECTS INCLUDING BROWN DWARFS AND EXOPLANETS. WE PLAN TO PROVIDE LINE POSITIONS, LINE INTENSITIES AND LOWER STATE ENERGIES (PLUS H2-BROADENING COEFFICIENTS) BY COMBINING EXPERIMENTAL AND THEORETICAL DATA IN AN OPTIMAL WAY TO CREATE SPECTRAL LINE LISTS. THESE LINE LISTS ARE EASILY CONVERTED TO MOLECULAR OPACITIES THAT ARE USED TO COMPUTE SPECTRAL ENERGY DISTRIBUTIONS EMITTED BY COOL OBJECTS. THE EXPERIMENTAL PART OF THE RESEARCH WILL BE CARRIED OUT BY RECORDING FOURIER TRANSFORM SPECTRA USING A VARIETY OF MOLECULAR SOURCES. COOL OBJECTS SUCH AS BROWN DWARFS AND EXOPLANETS ARE PRIMARY TARGETS FOR A NUMBER OF NASA MISSIONS SUCH AS TESS, KEPLER & K2, SOFIA AND JWST. Funding Only Action $37.0k 5/28/21 Not listed THE THEME OF THIS PROPOSAL IS THE LABORATORY SPECTROSCOPY OF MOLECULES OF IMPORTANCE IN COOL ASTRONOMICAL OBJECTS INCLUDING LOW MASS STARS EXTRASOLAR PLANETS BROWN DWARFS M-TYPE STARS CARBON STARS AND COMETS. OUR PRIMARY FOCUS WILL BE ON HOT H2O CH4 NH3 CAOH AND DIATOMIC HYDRIDES AND OXIDES. HYDROGEN PRESSURE-BROADENING PARAMETERS WILL BE MEASURED FOR WATER METHANE AND AMMONIA AT HIGH TEMPERATURE. THESE MOLECULES ARE KEY SPECIES FOR THE CLASSIFICATION OF THE SPECTRA OF COOL STELLAR AND SUB-STELLAR OBJECTS INCLUDING BROWN DWARFS AND EXOPLANETS. WE PLAN TO PROVIDE LINE POSITIONS LINE INTENSITIES AND LOWER STATE ENERGIES (PLUS H2-BROADENING COEFFICIENTS) BY COMBINING EXPERIMENTAL AND THEORETICAL DATA IN AN OPTIMAL WAY TO CREATE SPECTRAL LINE LISTS. THESE LINE LISTS ARE EASILY CONVERTED TO MOLECULAR OPACITIES THAT ARE USED TO COMPUTE SPECTRAL ENERGY DISTRIBUTIONS EMITTED BY COOL OBJECTS. THE EXPERIMENTAL PART OF THE RESEARCH WILL BE CARRIED OUT BY RECORDING FOURIER TRANSFORM SPECTRA USING A VARIETY OF MOLECULAR SOURCES. COOL OBJECTS SUCH AS BROWN DWARFS AND EXOPLANETS ARE PRIMARY TARGETS FOR A NUMBER OF NASA MISSIONS SUCH AS TESS KEPLER & K2 SOFIA AND JWST. $37.0k 5/28/21 P00004 THE THEME OF THIS PROPOSAL IS THE LABORATORY SPECTROSCOPY OF MOLECULES OF IMPORTANCE IN COOL ASTRONOMICAL OBJECTS, INCLUDING LOW MASS STARS, EXTRASOLAR PLANETS, BROWN DWARFS, M-TYPE STARS, CARBON STARS AND COMETS. OUR PRIMARY FOCUS WILL BE ON HOT H2O, CH4, NH3, CAOH, AND DIATOMIC HYDRIDES AND OXIDES. HYDROGEN PRESSURE-BROADENING PARAMETERS WILL BE MEASURED FOR WATER, METHANE AND AMMONIA AT HIGH TEMPERATURE. THESE MOLECULES ARE KEY SPECIES FOR THE CLASSIFICATION OF THE SPECTRA OF COOL STELLAR AND SUB-STELLAR OBJECTS INCLUDING BROWN DWARFS AND EXOPLANETS. WE PLAN TO PROVIDE LINE POSITIONS, LINE INTENSITIES AND LOWER STATE ENERGIES (PLUS H2-BROADENING COEFFICIENTS) BY COMBINING EXPERIMENTAL AND THEORETICAL DATA IN AN OPTIMAL WAY TO CREATE SPECTRAL LINE LISTS. THESE LINE LISTS ARE EASILY CONVERTED TO MOLECULAR OPACITIES THAT ARE USED TO COMPUTE SPECTRAL ENERGY DISTRIBUTIONS EMITTED BY COOL OBJECTS. THE EXPERIMENTAL PART OF THE RESEARCH WILL BE CARRIED OUT BY RECORDING FOURIER TRANSFORM SPECTRA USING A VARIETY OF MOLECULAR SOURCES. COOL OBJECTS SUCH AS BROWN DWARFS AND EXOPLANETS ARE PRIMARY TARGETS FOR A NUMBER OF NASA MISSIONS SUCH AS TESS, KEPLER & K2, SOFIA AND JWST. Funding Only Action $20.0k 12/21/20