News News Events All News Stories All news stories Filter by Topics Academics Active Learning Labs AI / Machine Learning Allston Campus Applied Computation Applied Mathematics Applied Physics Alumni Awards Computational Science & Engineering Data Sciences Dean REEF Makerspace Bioengineering Climate Computer Science Cooking COVID-19 Design Diversity / Inclusion Electrical Engineering Entrepreneurship Environment Environmental Science & Engineering Ethics Events Geoengineering Graduate Student Profile Health / Medicine Industry K-12 Master of Design Engineering Materials Materials Science & Mechanical Engineering MS/MBA Optics / Photonics Planetary Science Quantum Engineering Robotics Student Organizations Technology Undergraduate Student Profile Date Showing 10 of 15 results Jan 27, 2025 Explaining persistent hydrogen in Mars’ atmosphere New insight into Red Planet’s hot again, cold again history Environmental Science & Engineering, Planetary Science, Sep 11, 2023 Zero-g zucchini Bioengineering student researches plant growth in microgravity at Jet Propulsion Laboratory Bioengineering, Planetary Science, Sep 7, 2023 SEAS faculty awarded six grants from Salata Institute Projects will support sustainability and climate research Academics, Climate, Environment, Environmental Science & Engineering, Geoengineering, Materials Science & Mechanical Engineering, Planetary Science, Sep 27, 2022 Alumni Q&A: Michael Bell, Ph.D. ’21 Using underwater robotics to translate whale communication AI / Machine Learning, Alumni, Environment, Materials Science & Mechanical Engineering, Planetary Science, Alumni Profile May 19, 2021 Robin Wordsworth granted tenure Planetary scientist approved for for role of full professor Planetary Science, Apr 5, 2021 Raindrops also keep fallin’ on exoplanets Size of raindrops can help identify potentially habitable planets outside our solar system Planetary Science, Mar 12, 2021 Early Mars fluctuated between long periods of cold and short periods of warmth Model helps constrain circumstances under which life could have emerged on Mars Planetary Science, Sep 10, 2019 A goldilocks zone for planet size Research redefines lower limit for planet size habitability Planetary Science, Jul 15, 2019 A material way to make Mars habitable Silica aerogel could warm the Martian surface similar to the way greenhouse gasses keep Earth warm Materials, Planetary Science, Pagination Current page 1 Page 2 Next page › Last page »
Jan 27, 2025 Explaining persistent hydrogen in Mars’ atmosphere New insight into Red Planet’s hot again, cold again history Environmental Science & Engineering, Planetary Science,
Sep 11, 2023 Zero-g zucchini Bioengineering student researches plant growth in microgravity at Jet Propulsion Laboratory Bioengineering, Planetary Science,
Sep 7, 2023 SEAS faculty awarded six grants from Salata Institute Projects will support sustainability and climate research Academics, Climate, Environment, Environmental Science & Engineering, Geoengineering, Materials Science & Mechanical Engineering, Planetary Science,
Sep 27, 2022 Alumni Q&A: Michael Bell, Ph.D. ’21 Using underwater robotics to translate whale communication AI / Machine Learning, Alumni, Environment, Materials Science & Mechanical Engineering, Planetary Science, Alumni Profile
May 19, 2021 Robin Wordsworth granted tenure Planetary scientist approved for for role of full professor Planetary Science,
Apr 5, 2021 Raindrops also keep fallin’ on exoplanets Size of raindrops can help identify potentially habitable planets outside our solar system Planetary Science,
Mar 12, 2021 Early Mars fluctuated between long periods of cold and short periods of warmth Model helps constrain circumstances under which life could have emerged on Mars Planetary Science,
Sep 10, 2019 A goldilocks zone for planet size Research redefines lower limit for planet size habitability Planetary Science,
Jul 15, 2019 A material way to make Mars habitable Silica aerogel could warm the Martian surface similar to the way greenhouse gasses keep Earth warm Materials, Planetary Science,
