Frances Mack
@francesmack.bsky.social
Scientific and Environmental Journalist • Northwestern University • Lehigh University • Creative Thinker and Jargon Interpreter • https://fcm224.wixsite.com/frances-mack-journal
Thank you very much!
September 10, 2025 at 6:05 PM
Thank you very much!
These experiments focus on thermophoresis, the phenomenon of particle migration due to a temperature gradient. Particle movement is usually influenced by fluid density, and thus gravity, which is why these tests are being conducted in space.
October 2, 2023 at 2:39 AM
These experiments focus on thermophoresis, the phenomenon of particle migration due to a temperature gradient. Particle movement is usually influenced by fluid density, and thus gravity, which is why these tests are being conducted in space.
They are studying thermophoresis, the phenomenon of particle migration due to a temperature gradient. Particle movement is usually influenced by fluid density, and thus gravity, which is why these tests are being conducted in space.
October 2, 2023 at 2:33 AM
They are studying thermophoresis, the phenomenon of particle migration due to a temperature gradient. Particle movement is usually influenced by fluid density, and thus gravity, which is why these tests are being conducted in space.
Past missions, like Hayabusa2, have brought back asteroid regolith with traces of RNA-building proteins and signs that asteroid impacts may have brought water to Earth. Who knows what we will learn from this Bennu sample?
September 26, 2023 at 12:48 AM
Past missions, like Hayabusa2, have brought back asteroid regolith with traces of RNA-building proteins and signs that asteroid impacts may have brought water to Earth. Who knows what we will learn from this Bennu sample?