scienceGoals
P7242
predicate
Indicates the objectives or intended outcomes that guide and justify a scientific activity, project, or investigation.
Aliases (16)
- scientificGoal ×78
- scientificObjective ×78
- scienceGoal ×49
- primaryScienceGoal ×24
- researchObjective ×11
- scienceObjective ×9
- scienceObjectives ×9
- scientificObjectives ×9
- primaryScienceObjective ×5
- primaryScienceGoals ×4
- scientificAimsInclude ×4
- scientificGoals ×4
- researchGoal ×2
- scientificGoalAtSite ×2
- MPOScienceFocus ×1
- researchMission ×1
Sample triples (347)
| Subject | Object |
|---|---|
| Allen Telescope Array | detect narrowband radio signals from extraterrestrial civilizations ("scientificGoal") → |
| Allen Telescope Array | detection of extraterrestrial technological signals ("scientificGoal") → |
| Allen Telescope Array | mapping of neutral hydrogen in the Milky Way ("scientificGoal") → |
| Allen Telescope Array | monitoring of known exoplanet systems ("scientificGoal") → |
| Allen Telescope Array | study of transient radio sources ("scientificGoal") → |
| Allen Telescope Array | study radio emission from galaxies ("scientificGoal") → |
| Allen Telescope Array | study radio emission from planets ("scientificGoal") → |
| Allen Telescope Array | study radio emission from stars ("scientificGoal") → |
| Allen Telescope Array | study transient radio sources ("scientificGoal") → |
| Allen Telescope Array | survey large areas of the sky ("scientificGoal") → |
| Allen Telescope Array | survey of radio emission from galaxies ("scientificGoal") → |
| Amundsen Gjøa expedition | study of the magnetic North Pole ("scientificObjective") → |
| Apollo 12 | deployment of Apollo Lunar Surface Experiments Package ("scienceObjectives") → |
| Apollo 12 | examination of Surveyor 3 spacecraft ("scienceObjectives") → |
| Apollo 12 | geological investigation of Ocean of Storms ("scienceObjectives") → |
| Artemis IV | enable collection of lunar samples via surface missions ("scienceObjective") → |
| Artemis IV | support lunar science investigations ("scienceObjective") → |
| Artemis program | search for and characterize lunar water ice → |
| Artemis program | study lunar geology → |
| Artemis program | study space weather and radiation → |
| Artemis program | test life support systems for deep space → |
| Atacama Large Millimeter/submillimeter Array | study of the cold universe ("primaryScienceGoal") → |
| BepiColombo | study Mercury’s composition ("primaryScienceObjective") → |
| BepiColombo | study Mercury’s exosphere ("primaryScienceObjective") → |
| BepiColombo | study Mercury’s interior structure ("primaryScienceObjective") → |
| BepiColombo | study Mercury’s magnetic field ("primaryScienceObjective") → |
| BepiColombo | study Mercury’s magnetosphere ("primaryScienceObjective") → |
| BepiColombo | surface and interior of Mercury ("MPOScienceFocus") → |
| Boeing X-48 | improved lift-to-drag ratio ("researchObjective") → |
| Boeing X-48 | reduced community noise ("researchObjective") → |
| Boeing X-48 | reduced environmental impact ("researchObjective") → |
| Boeing X-48 | reduced fuel burn ("researchObjective") → |
| CASSIOPE | investigate Earth’s ionosphere ("scientificObjective") → |
| CASSIOPE | measure plasma in the upper atmosphere ("scientificObjective") → |
| CASSIOPE | study space weather effects ("scientificObjective") → |
| CLIC | indirect probes of new physics via precision observables ("scientificGoal") → |
| CLIC | precision measurements of the Higgs boson ("scientificGoal") → |
| CLIC | precision measurements of the top quark ("scientificGoal") → |
| CLIC | search for new particles ("scientificGoal") → |
| CLIC | study of electroweak symmetry breaking ("scientificGoal") → |
| CNGS | measure atmospheric neutrino oscillation parameters ("scientificGoal") → |
| CNGS | test neutrino oscillation framework ("scientificGoal") → |
| Chandra X-ray Observatory | observe high-energy X-ray emissions ("scientificObjective") → |
| Chandra X-ray Observatory | study dark matter distribution in clusters ("scientificObjective") → |
| Chandra X-ray Observatory | study galaxy clusters ("scientificObjective") → |
| Chandra X-ray Observatory | study matter around black holes ("scientificObjective") → |
| Chandra X-ray Observatory | study neutron stars ("scientificObjective") → |
| Chandra X-ray Observatory | study supernova remnants ("scientificObjective") → |
| Chandrayaan-3 | measure lunar seismic activity ("scientificGoals") → |
| Chandrayaan-3 | measure thermal properties of lunar regolith ("scientificGoals") → |
| Chandrayaan-3 | study lunar plasma environment ("scientificGoals") → |
| Chandrayaan-3 | study lunar surface composition ("scientificGoals") → |
| Cosmic Origins Spectrograph | measure absorption lines in spectra of distant objects ("scientificObjective") → |
| Cosmic Origins Spectrograph | probe large-scale structure of the universe ("scientificObjective") → |
| Cosmic Origins Spectrograph | study baryonic content of the universe ("scientificObjective") → |
| Cosmic Origins Spectrograph | study circumgalactic medium ("scientificObjective") → |
| Cosmic Origins Spectrograph | study interstellar medium ("scientificObjective") → |
| DAN | infer presence of water or hydrated minerals on Mars ("scientificGoal") → |
| Dark Energy Camera | conduct Dark Energy Survey ("primaryScienceGoal") → |
| Dark Energy Camera | map large-scale structure of the universe ("primaryScienceGoal") → |
| Dark Energy Camera | study dark energy ("primaryScienceGoal") → |
| Department of Materials Science and Engineering (Carnegie Mellon University) | advancement of knowledge in materials science and engineering ("researchMission") → |
| Dragonfly | assess Titan’s habitability ("scienceObjectives") → |
| Dragonfly | characterize Titan’s atmosphere ("scienceObjectives") → |
| Dragonfly | characterize Titan’s surface ("scienceObjectives") → |
| Dragonfly | investigate organic chemistry on Titan ("scienceObjectives") → |
| Dragonfly | search for chemical biosignatures ("scienceObjectives") → |
| Dragonfly | study Titan’s prebiotic chemistry ("scienceObjectives") → |
| European Extremely Large Telescope | black hole studies → |
| European Extremely Large Telescope | cosmology → |
| European Extremely Large Telescope | dark energy research → |
| European Extremely Large Telescope | dark matter research → |
| European Extremely Large Telescope | galaxy formation and evolution → |
| European Extremely Large Telescope | planet formation studies → |
| European Extremely Large Telescope | stellar astrophysics → |
| European Extremely Large Telescope | study of exoplanets → |
| European Extremely Large Telescope | study of first stars and galaxies → |
| FEROS spectrograph | binary star studies ("scientificGoal") → |
| FEROS spectrograph | exoplanet searches ("scientificGoal") → |
| FEROS spectrograph | galactic structure studies ("scientificGoal") → |
| FEROS spectrograph | stellar astrophysics ("scientificGoal") → |
| FEROS spectrograph | variable star monitoring ("scientificGoal") → |
| FLAMINGOS-2 | study of active galactic nuclei → |
| FLAMINGOS-2 | study of brown dwarfs → |
| FLAMINGOS-2 | study of high-redshift galaxies → |
| FLAMINGOS-2 | study of star-forming regions → |
| FLAMINGOS-2 | study of stellar clusters → |
| FLAMINGOS-2 | study of supernovae and transients in the infrared → |
| FLAMINGOS-2 | study of the Galactic Center → |
| Faint Object Camera | high-resolution imaging of faint galaxies ("primaryScienceGoal") → |
| Faint Object Camera | high-resolution imaging of planetary nebulae ("primaryScienceGoal") → |
| Faint Object Camera | high-resolution imaging of quasars ("primaryScienceGoal") → |
| Faint Object Camera | high-resolution imaging of star-forming regions ("primaryScienceGoal") → |
| Faint Object Camera | study of very dim and distant astronomical objects ("primaryScienceGoal") → |
| Faint Object Spectrograph | interstellar medium studies ("primaryScienceGoal") → |
| Faint Object Spectrograph | stellar astrophysics ("primaryScienceGoal") → |
| Faint Object Spectrograph | study of active galactic nuclei ("primaryScienceGoal") → |
| Faint Object Spectrograph | study of distant galaxies ("primaryScienceGoal") → |
| Faint Object Spectrograph | study of faint quasars ("primaryScienceGoal") → |
| First voyage of James Cook | astronomical observations ("scientificObjective") → |
| First voyage of James Cook | cartographic survey ("scientificObjective") → |
| First voyage of James Cook | ethnographic observations ("scientificObjective") → |
| First voyage of James Cook | natural history collection ("scientificObjective") → |
| ForwArd Search ExpeRiment | detect new light weakly coupled particles ("researchGoal") → |
| ForwArd Search ExpeRiment | probe physics beyond the Standard Model ("researchGoal") → |
| FourStar | deep near-infrared surveys → |
| FourStar | extragalactic astronomy → |
| FourStar | galactic structure studies → |
| FourStar | high-redshift galaxy studies → |
| FourStar | star formation studies → |
| FourStar | stellar population studies → |
| GALEX | measure star formation history of the universe ("primaryScienceGoal") → |
| GALEX | study galaxy evolution ("primaryScienceGoal") → |
| GALEX | study galaxy formation ("primaryScienceGoal") → |
| GBAR experiment | to measure the free-fall acceleration of antihydrogen ("researchObjective") → |
| GBAR experiment | to study the behavior of antihydrogen in Earth’s gravitational field ("researchObjective") → |
| GBAR experiment | to test the weak equivalence principle with antimatter ("researchObjective") → |
| GMOS-S | cluster of galaxies spectroscopy ("scienceGoal") → |
| GMOS-S | gravitational lens spectroscopy ("scienceGoal") → |
| GMOS-S | stellar population studies ("scienceGoal") → |
| GMOS-S | study of active galactic nuclei ("scienceGoal") → |
| GMOS-S | study of distant galaxies ("scienceGoal") → |
| GMOS-S | study of faint astronomical sources ("scienceGoal") → |
| GMOS-S | study of galaxy evolution ("scienceGoal") → |
| GMOS-S | supernova spectroscopy ("scienceGoal") → |
| GRACE mission | improve models of Earth’s interior mass distribution ("scientificGoal") → |
| GRACE mission | monitor groundwater storage changes ("scientificGoal") → |
| GRACE mission | monitor ice sheet mass balance ("scientificGoal") → |
| GRACE mission | monitor sea level change contributions from land ice ("scientificGoal") → |
| GRACE mission | study ocean bottom pressure variations ("scientificGoal") → |
| GRACE mission | study the global water cycle ("scientificGoal") → |
| GSAOI | detailed study of crowded stellar fields → |
| GSAOI | high-resolution imaging of distant galaxies → |
| GSAOI | high-resolution imaging of faint astronomical sources → |
| GSAOI | study of star-forming regions → |
| GSAOI | study of the Galactic Center → |
| Gaia observatory | detect and characterize variable stars ("scienceObjective") → |
| Gaia observatory | detect exoplanets via astrometry ("scienceObjective") → |
| Gaia observatory | discover and characterize asteroids and Solar System objects ("scienceObjective") → |
| Gaia observatory | study formation history of the Milky Way ("scienceObjective") → |
| Gaia observatory | study kinematics of the Milky Way ("scienceObjective") → |
| Gaia observatory | study structure of the Milky Way ("scienceObjective") → |
| Gaia observatory | test general relativity through precise astrometry ("scienceObjective") → |
| Galileo spacecraft | study Galilean moons ("scientificObjective") → |
| Galileo spacecraft | study Jovian magnetosphere ("scientificObjective") → |
| Galileo spacecraft | study Jovian ring system ("scientificObjective") → |
| Galileo spacecraft | study Jupiter's atmosphere ("scientificObjective") → |
| Gemini North Observatory | provide 8-meter-class optical/infrared capabilities to partner nations ("primaryScienceGoal") → |
| Giant Magellan Telescope | black hole physics → |
| Giant Magellan Telescope | cosmology → |
| Giant Magellan Telescope | stellar astrophysics → |
| Giant Magellan Telescope | study of dark energy → |
| Giant Magellan Telescope | study of dark matter → |
| Giant Magellan Telescope | study of exoplanets → |
| Giant Magellan Telescope | study of first stars and galaxies → |
| Giant Magellan Telescope | study of galaxy formation and evolution → |
| HARPS spectrograph | asteroseismology → |
| HARPS spectrograph | detection of low-mass exoplanets → |
| HARPS spectrograph | measurement of stellar radial velocities → |
| HARPS spectrograph | stellar oscillations → |
| HARPS spectrograph | study of exoplanetary systems → |
| Hayabusa | demonstrate autonomous navigation near small body ("scientificObjective") → |
| Hayabusa | return asteroid surface samples to Earth ("scientificObjective") → |
| Hayabusa | study composition of S-type asteroid ("scientificObjective") → |
| Hayabusa | test ion propulsion in deep space ("scientificObjective") → |
| High-Luminosity LHC | detailed studies of top quark properties ("scientificObjective") → |
| High-Luminosity LHC | improved measurements of Standard Model parameters ("scientificObjective") → |
| High-Luminosity LHC | precision study of the Higgs boson ("scientificObjective") → |
| High-Luminosity LHC | search for new particles and interactions ("scientificObjective") → |
| High-Luminosity LHC | search for physics beyond the Standard Model ("scientificObjective") → |
| High-Luminosity LHC | study of rare decays and rare processes ("scientificObjective") → |
| IXPE | constrain geometry and emission mechanisms of X-ray sources ("scientificGoal") → |
| IXPE | investigate black holes ("scientificGoal") → |
| IXPE | investigate neutron stars ("scientificGoal") → |
| IXPE | investigate supernova remnants ("scientificGoal") → |
| IXPE | study extreme astrophysical environments ("scientificGoal") → |
| JUICE mission | characterize Ganymede as a planetary body and potential habitat ("scientificObjective") → |
| JUICE mission | investigate subsurface oceans of Jovian icy moons ("scientificObjective") → |
| JUICE mission | study Jupiter’s atmosphere ("scientificObjective") → |
| JUICE mission | study Jupiter’s magnetosphere ("scientificObjective") → |
| JUICE mission | study interactions between Jupiter and its satellites ("scientificObjective") → |
| James Webb Space Telescope | characterize exoplanet atmospheres ("scienceGoal") → |
| James Webb Space Telescope | observe reionization era ("scienceGoal") → |
| James Webb Space Telescope | study evolution of galaxies ("scienceGoal") → |
| James Webb Space Telescope | study first galaxies ("scienceGoal") → |
| James Webb Space Telescope | study objects in the Solar System ("scienceGoal") → |
| James Webb Space Telescope | study planetary system formation ("scienceGoal") → |
| James Webb Space Telescope | study protoplanetary disks ("scienceGoal") → |
| James Webb Space Telescope | study star formation ("scienceGoal") → |
| James Webb Space Telescope | study stellar populations ("scienceGoal") → |
| Juno | determine the amount of water in Jupiter’s atmosphere ("scientificGoal") → |
| Juno | map Jupiter’s gravitational field ("scientificGoal") → |
| Juno | map Jupiter’s magnetic field ("scientificGoal") → |
| Juno | study Jupiter’s deep winds ("scientificGoal") → |
| Juno | understand Jupiter’s origin and evolution ("scientificGoal") → |
| Luna 1 | measure cosmic rays ("scientificObjective") → |
| Luna 1 | measure solar wind ("scientificObjective") → |
| Luna 1 | study interplanetary space ("scientificObjective") → |
| MEDA | characterize daily and seasonal cycles of Martian weather ("scientificGoal") → |
| MEDA | understand dust lifting and transport on Mars ("scientificGoal") → |
| MICROSCOPE | compare free fall of different materials in orbit ("scientificGoal") → |
| MINOS experiment | improve precision on atmospheric neutrino parameters ("scientificGoal") → |
| MINOS experiment | test the three-flavor neutrino oscillation framework ("scientificGoal") → |
| MIRI | characterize exoplanet atmospheres → |
| MIRI | observe protoplanetary and debris disks → |
| MIRI | study formation of stars and planetary systems → |
| MIRI | study high-redshift galaxies → |
| MIRI | study interstellar dust and gas → |
| MagE | high signal-to-noise optical spectroscopy ("scientificGoal") → |
| MagE | medium-resolution spectral surveys ("scientificGoal") → |
| Mars Orbiter Mission | search for methane in Martian atmosphere ("scientificObjective") → |
| Mars Orbiter Mission | study Martian atmosphere ("scientificObjective") → |
| Mars Orbiter Mission | study Martian mineralogy ("scientificObjective") → |
| Mars Orbiter Mission | study Martian surface features ("scientificObjective") → |
| Mars Pathfinder | analyze Martian rocks and soil ("scientificObjective") → |
| Mars Pathfinder | characterize Martian surface geology ("scientificObjective") → |
| Mars Pathfinder | study Martian atmosphere ("scientificObjective") → |
| Mars Pathfinder | study Martian climate ("scientificObjective") → |
| Mid-Infrared Instrument | characterize atmospheres of exoplanets ("scientificGoal") → |
| Mid-Infrared Instrument | characterize physical conditions in star-forming regions ("scientificGoal") → |
| Mid-Infrared Instrument | probe chemical composition of interstellar medium ("scientificGoal") → |
| Mid-Infrared Instrument | study formation and evolution of galaxies ("scientificGoal") → |
| Mid-Infrared Instrument | study planetary system formation ("scientificGoal") → |
| Multi-Ethnic Study of Atherosclerosis | to examine ethnic differences in cardiovascular disease ("researchObjective") → |
| Multi-Ethnic Study of Atherosclerosis | to identify risk factors for cardiovascular disease ("researchObjective") → |
| Multi-Ethnic Study of Atherosclerosis | to investigate prevalence of subclinical atherosclerosis ("researchObjective") → |
| Multi-Ethnic Study of Atherosclerosis | to investigate progression of atherosclerosis ("researchObjective") → |
| NICER | measure neutron star masses and radii ("scientificGoal") → |
| NICER | probe ultra-dense matter in neutron stars ("scientificGoal") → |
| NICER | test strong-field general relativity ("scientificGoal") → |
| NIRCam | exoplanet characterization ("scienceGoal") → |
| NIRCam | mapping stellar populations ("scienceGoal") → |
| NIRCam | star formation studies ("scienceGoal") → |
| NIRCam | study of galaxy evolution ("scienceGoal") → |
| NIRCam | study of protoplanetary disks ("scienceGoal") → |
| NIRCam | study of the first galaxies ("scienceGoal") → |
| NIRSpec | characterize exoplanet atmospheres ("scientificGoal") → |
| NIRSpec | study formation and evolution of galaxies ("scientificGoal") → |
| NIRSpec | study formation of planetary systems ("scientificGoal") → |
| NIRSpec | study formation of stars ("scientificGoal") → |
| Nancy Grace Roman Space Telescope | conduct microlensing exoplanet survey ("scienceGoal") → |
| Nancy Grace Roman Space Telescope | map distribution of dark matter ("scienceGoal") → |
| Nancy Grace Roman Space Telescope | measure expansion history of the universe ("scienceGoal") → |
| Nancy Grace Roman Space Telescope | study cosmic acceleration ("primaryScienceGoal") → |
| Nancy Grace Roman Space Telescope | study dark energy ("primaryScienceGoal") → |
| Nancy Grace Roman Space Telescope | study exoplanets ("scienceGoal") → |
| Nancy Grace Roman Space Telescope | study structure and evolution of the universe ("scienceGoal") → |
| Nancy Grace Roman Space Telescope | wide-field infrared sky surveys ("scienceGoal") → |
| National Astronomy and Ionosphere Center | detection and characterization of pulsars ("scientificObjective") → |
| National Astronomy and Ionosphere Center | radar mapping of planets and asteroids ("scientificObjective") → |
| National Astronomy and Ionosphere Center | study of the Earth’s upper atmosphere ("scientificObjective") → |
| National Astronomy and Ionosphere Center | study of the interstellar medium via radio waves ("scientificObjective") → |
| Near Infrared Imager and Slitless Spectrograph | detection of first galaxies ("scientificGoal") → |
| Near Infrared Imager and Slitless Spectrograph | high-contrast imaging with aperture masking ("scientificGoal") → |
| Near Infrared Imager and Slitless Spectrograph | measurement of transmission spectra of exoplanets ("scientificGoal") → |
| Near Infrared Imager and Slitless Spectrograph | study of exoplanet atmospheres ("scientificGoal") → |
| Near Infrared Imager and Slitless Spectrograph | study of galaxy evolution ("scientificGoal") → |
| Near Infrared Imager and Slitless Spectrograph | study of reionization era ("scientificGoal") → |
| Neil Gehrels Swift Observatory | follow-up multi-wavelength observations of gamma-ray bursts ("scientificObjective") → |
| Neil Gehrels Swift Observatory | rapid localization of gamma-ray bursts ("scientificObjective") → |
| Neil Gehrels Swift Observatory | study of active galactic nuclei ("scientificObjective") → |
| Neil Gehrels Swift Observatory | study of black holes ("scientificObjective") → |
| Neil Gehrels Swift Observatory | study of neutron stars ("scientificObjective") → |
| NuSTAR | study Galactic Center high-energy emission ("scientificObjective") → |
| NuSTAR | study active galactic nuclei ("scientificObjective") → |
| NuSTAR | study black holes ("scientificObjective") → |
| NuSTAR | study compact objects ("scientificObjective") → |
| NuSTAR | study high-energy cosmic phenomena ("scientificObjective") → |
| NuSTAR | study neutron stars ("scientificObjective") → |
| NuSTAR | study particle acceleration in astrophysical sources ("scientificObjective") → |
| NuSTAR | study stellar explosions ("scientificObjective") → |
| NuSTAR | study supermassive black hole populations ("scientificObjective") → |
| NuSTAR | study supernova remnants ("scientificObjective") → |
| PIXL | characterize Martian geology ("scientificGoal") → |
| PIXL | constrain past habitability of Mars ("scientificGoal") → |
| PIXL | search for signs of past microbial life ("scientificGoal") → |
| Pioneer 10 | characterize asteroid belt environment ("scientificObjectives") → |
| Pioneer 10 | measure solar wind in outer Solar System ("scientificObjectives") → |
| Pioneer 10 | study Jupiter's atmosphere ("scientificObjectives") → |
| Pioneer 10 | study Jupiter's magnetosphere ("scientificObjectives") → |
| Pioneer 10 | study cosmic rays in outer Solar System ("scientificObjectives") → |
| Planck spacecraft | determine cosmological parameters with high precision ("scientificObjective") → |
| Planck spacecraft | investigate inflationary models of the early Universe ("scientificObjective") → |
| Planck spacecraft | measure anisotropies of the cosmic microwave background ("scientificObjective") → |
| Planck spacecraft | study formation of large-scale structure in the Universe ("scientificObjective") → |
| Rubin Ridge | characterize mineralogy related to red and gray color variations ("scientificGoalAtSite") → |
| Rubin Ridge | search for organic molecules in drilled samples ("scientificGoalAtSite") → |
| SAM | assess past habitability of Mars ("scientificGoal") → |
| SAM | determine chemical composition of Martian samples ("scientificGoal") → |
| SAM | measure isotopic ratios in Martian atmosphere ("scientificGoal") → |
| SAM | search for organic compounds on Mars ("scientificGoal") → |
| SAM | study carbon chemistry on Mars ("scientificGoal") → |
| SHERLOC | assess past habitability of Mars ("scientificGoal") → |
| SHERLOC | search for potential biosignatures ("scientificGoal") → |
| SMACS 0723 galaxy cluster | constrain galaxy formation at high redshift → |
| SMACS 0723 galaxy cluster | map mass distribution via strong lensing models → |
| SMACS 0723 galaxy cluster | study star formation in lensed background galaxies → |
| SND@LHC | first direct observation of collider-produced neutrinos in a general-purpose forward detector at the LHC ("scientificObjective") → |
| Solar Orbiter mission | link in-situ measurements of the solar wind to their source regions on the Sun ("scienceGoal") → |
| Solar Orbiter mission | observe the Sun’s polar regions for the first time with high resolution ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | map gas kinematics in galaxies ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | measure chemical composition of astrophysical plasmas ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | measure velocities via Doppler shifts ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | observe planetary aurorae ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | study active galactic nuclei ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | study exoplanet atmospheres ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | study interstellar medium ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | study physical properties of astronomical objects ("scienceGoal") → |
| Space Telescope Imaging Spectrograph | study stellar atmospheres ("scienceGoal") → |
| Spitzer Space Telescope | observe cold dust and gas in space ("primaryScienceGoal") → |
| Spitzer Space Telescope | study distant galaxies ("primaryScienceGoal") → |
| Spitzer Space Telescope | study star and planet formation ("primaryScienceGoal") → |
| Spitzer Space Telescope | study the universe in infrared wavelengths ("primaryScienceGoal") → |
| Subaru Telescope | dark matter and dark energy studies ("primaryScienceGoals") → |
| Subaru Telescope | galaxy formation and evolution ("primaryScienceGoals") → |
| Subaru Telescope | large-scale structure of the universe ("primaryScienceGoals") → |
| Subaru Telescope | solar system small bodies surveys ("primaryScienceGoals") → |
| TOTal Elastic and diffractive cross section Measurement | constrain models of hadronic interactions at high energies ("scientificGoal") → |
| TOTal Elastic and diffractive cross section Measurement | improve understanding of forward physics at the LHC ("scientificGoal") → |
| TOTal Elastic and diffractive cross section Measurement | provide precise measurements relevant for cosmic-ray physics ("scientificGoal") → |
| Thirty Meter Telescope | cosmology research ("scienceGoal") → |
| Thirty Meter Telescope | direct imaging of exoplanets ("scientificAimsInclude") → |
| Thirty Meter Telescope | high-angular-resolution imaging ("scienceGoal") → |
| Thirty Meter Telescope | high-sensitivity spectroscopy ("scienceGoal") → |
| Thirty Meter Telescope | probing dark matter and dark energy ("scientificAimsInclude") → |
| Thirty Meter Telescope | solar system science ("scienceGoal") → |
| Thirty Meter Telescope | spectroscopy of faint distant galaxies ("scientificAimsInclude") → |
| Thirty Meter Telescope | stellar astrophysics ("scienceGoal") → |
| Thirty Meter Telescope | study of black holes ("scienceGoal") → |
| Thirty Meter Telescope | study of exoplanets ("scienceGoal") → |
| Thirty Meter Telescope | study of galaxy formation and evolution ("scienceGoal") → |
| Thirty Meter Telescope | study of the early universe ("scienceGoal") → |
| Thirty Meter Telescope | testing general relativity near black holes ("scientificAimsInclude") → |
| Vanguard program | study Earth’s shape ("scientificObjective") → |
| Vanguard program | study atmospheric density ("scientificObjective") → |
| Vanguard program | test satellite tracking techniques ("scientificObjective") → |
| Vega expedition | ethnographic studies ("scientificObjectives") → |
| Vega expedition | geographical exploration ("scientificObjectives") → |
| Vega expedition | hydrographic surveys ("scientificObjectives") → |
| Vega expedition | meteorological observations ("scientificObjectives") → |
| Vera C. Rubin Observatory | explore the transient optical sky → |
| Vera C. Rubin Observatory | inventory the Solar System → |
| Vera C. Rubin Observatory | map the Milky Way → |
| Vera C. Rubin Observatory | study dark energy → |
| Vera C. Rubin Observatory | study dark matter → |
| Voyager 2 | study heliosphere and interstellar medium ("scientificObjective") → |
| Voyager 2 | study outer planets and their moons ("scientificObjective") → |