Radio Occultation
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Jupiter Is Smaller and Flatter Than Previously Thought, NASA's Juno Reveals
New data from NASA's Juno spacecraft shows that Jupiter is smaller and flatter than previously believed.
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Meet Michaela Benthaus, Set To Become The First Wheelchair User In Space
Michaela Benthaus has worked at various research centres since 2016 before joining European Space Agency in 2024 as a Young Graduate Trainee (YGT) Mars Radio Occultation in the Netherlands.
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New Research Investigates Whether TRAPPIST-1 Planets Are Sending Radio Signals
A team of astronomers from Penn State and the SETI Institute has conducted a significant study on the TRAPPIST-1 star system, aiming to detect possible radio signals between its planets. Over 28 hours, they explored for indications of communication similar to those we use on Earth. Although no signals were found, the research highlighted promising ...
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Scientists Scan TRAPPIST-1 for Interplanetary Radio Signal Using Allen Telescope Array
Scientists at Penn State and the SETI Institute have developed a new method to search for interplanetary radio signals from planets in the TRAPPIST-1 system. Using the Allen Telescope Array, they scanned this system for nearly 28 hours but did not find evidence of alien communication. This project, however, has introduced a new way of detecting pot...
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Jupiter Is Smaller and Flatter Than Previously Thought, NASA's Juno Reveals
New data from NASA's Juno spacecraft shows that Jupiter is smaller and flatter than previously believed.
-
Meet Michaela Benthaus, Set To Become The First Wheelchair User In Space
Michaela Benthaus has worked at various research centres since 2016 before joining European Space Agency in 2024 as a Young Graduate Trainee (YGT) Mars Radio Occultation in the Netherlands.
-
New Research Investigates Whether TRAPPIST-1 Planets Are Sending Radio Signals
A team of astronomers from Penn State and the SETI Institute has conducted a significant study on the TRAPPIST-1 star system, aiming to detect possible radio signals between its planets. Over 28 hours, they explored for indications of communication similar to those we use on Earth. Although no signals were found, the research highlighted promising ...
-
Scientists Scan TRAPPIST-1 for Interplanetary Radio Signal Using Allen Telescope Array
Scientists at Penn State and the SETI Institute have developed a new method to search for interplanetary radio signals from planets in the TRAPPIST-1 system. Using the Allen Telescope Array, they scanned this system for nearly 28 hours but did not find evidence of alien communication. This project, however, has introduced a new way of detecting pot...
