Home The Latest News The Latest News Read the latest news about our breakthrough discoveries, get a behind-the-scenes looks at our researchers at work, and join our scientists as they redefine the pursuit of what's possible. Search search Search Clear All Research Area Astronomy & Astrophysics Solar System & Exoplanets Planet Formation & Evolution Milky Way & Stellar Evolution Distant Galaxies Transients & Compact Objects Cosmology Astrophysical Theory Instrument Development Earth Science Geophysics & Geodynamics Geochemistry Experimental Petrology Mineralogy & Mineral Physics Global Ecology Atmospheric Science & Energy Adaptation to Climate Change Water Quality & Scarcity Genetics & Developmental Biology Adaptation to Climate Change Developmental Biology & Human Health Genomics Nested Ecosystems Model System Development Symbiosis Matter at Extreme States Extreme Materials Mineralogy & Mineral Physics Extreme Environments Planetary Science Astrobiology Cosmochemistry Mineralogy & Mineral Physics Planet Formation & Evolution Solar System & Exoplanets Plant Science Adaptation to Climate Change Nested Ecosystems Photosynthesis Symbiosis Type Organizational News Awards Feature Story First-person Narrative Press Release Q&A Spotlight Trustee News Division Biosphere Sciences & Engineering Earth & Planets Laboratory Observatories Sort by Date Ascending Date Descending Filter By: Clear All Type Organizational News Awards Feature Story First-person Narrative Press Release Q&A Spotlight Trustee News Research Area Astronomy & Astrophysics Solar System & Exoplanets Planet Formation & Evolution Milky Way & Stellar Evolution Distant Galaxies Transients & Compact Objects Cosmology Astrophysical Theory Instrument Development Earth Science Geophysics & Geodynamics Geochemistry Experimental Petrology Mineralogy & Mineral Physics Global Ecology Atmospheric Science & Energy Adaptation to Climate Change Water Quality & Scarcity Genetics & Developmental Biology Adaptation to Climate Change Developmental Biology & Human Health Genomics Nested Ecosystems Model System Development Symbiosis Matter at Extreme States Extreme Materials Mineralogy & Mineral Physics Extreme Environments Planetary Science Astrobiology Cosmochemistry Mineralogy & Mineral Physics Planet Formation & Evolution Solar System & Exoplanets Plant Science Adaptation to Climate Change Nested Ecosystems Photosynthesis Symbiosis Division Biosphere Sciences & Engineering Earth & Planets Laboratory Observatories Sort by Date Ascending Date Descending Filter results 17 results found for: January 13, 2022 Martian Meteorite’s Organic Materials Origin Not Biological Epi-fluorescence microscopy of acridine orange stained microorganisms collected from deep-sea vents at 2.5 km depth and cultured at high pressure conditions (250 atm). Continuous culturing experiments integrate vent fluid sampling techniques (Isobaric-Gas-Tight sampler, WHOI) with our high-pressure chemostat. November 25, 2021 Feature Story Five ways we’re exploring astrobiology on campus November 22, 2021 Feature Story Life under pressure: from thermal vents to water worlds November 21, 2021 Spotlight Michael L. Wong explores strange new worlds June 29, 2021 Carnegie-led team wins $1.5 million grant to study atmospheres of the galaxy’s most common exoplanets Adriana Kuehnel (right) works with Randy Kuehnel (middle) and Rod Green (left) to prepare seismometers to study the Kaapvaal Craton in South Africa circa 1997. February 17, 2020 Spotlight Adriana Kuehnel codes for Earth and planets Fieldwork at sea on the Atlantis research vessel. In January 2014 Carnegie's Dionysis Foustoukos, along with microbiologist and Carnegie postdoctoral fellow Ileana Peréz-Rodríguez and under-graduate student Matt Rawls of George Mason University, collected microorganisms from the volcanoes of the Pacific Ocean and cultured them onboard the oceanographic research vessel Atlantis. January 02, 2014 Spotlight The Geophysical Laboratory at the High Seas Pagination Previous page chevron_left Page 1 Current page 2
Epi-fluorescence microscopy of acridine orange stained microorganisms collected from deep-sea vents at 2.5 km depth and cultured at high pressure conditions (250 atm). Continuous culturing experiments integrate vent fluid sampling techniques (Isobaric-Gas-Tight sampler, WHOI) with our high-pressure chemostat. November 25, 2021 Feature Story Five ways we’re exploring astrobiology on campus
June 29, 2021 Carnegie-led team wins $1.5 million grant to study atmospheres of the galaxy’s most common exoplanets
Adriana Kuehnel (right) works with Randy Kuehnel (middle) and Rod Green (left) to prepare seismometers to study the Kaapvaal Craton in South Africa circa 1997. February 17, 2020 Spotlight Adriana Kuehnel codes for Earth and planets
Fieldwork at sea on the Atlantis research vessel. In January 2014 Carnegie's Dionysis Foustoukos, along with microbiologist and Carnegie postdoctoral fellow Ileana Peréz-Rodríguez and under-graduate student Matt Rawls of George Mason University, collected microorganisms from the volcanoes of the Pacific Ocean and cultured them onboard the oceanographic research vessel Atlantis. January 02, 2014 Spotlight The Geophysical Laboratory at the High Seas