#ExoMars Orbital Astrobiology Mission (EOAM): Vom Bohrkern zum Planetenbild dauckchristian.home.blog/202… #Astrobiology #ExoMars #MarsScience #Astrobiologie #PlanetaryScience #ESA #MarsOrbiter #Biosignatures #MarsMission #SpacePolicy

Mars lost most of its atmosphere… and with it, the chance to stay warm and wet 🌊 Do you think planets have a point of no return?#MarsScience #PlanetaryEvolution

🤔 Have you ever wondered what’s actually on the surface of Mars? 🌊 Do you think Mars might have had water millions of years ago? In collaboration with the @NASAJPL, we introduce Mars-Bench, the first benchmark that helps us answer such questions using machine learning. Our paper has been accepted at @NeurIPSConf 2025; discover more about Mars-Bench: 📄 Paper - arxiv.org/pdf/2510.24010 🌐 Project page - mars-bench.github.io/ #Mars #MarsScience #MarsExploration #SpaceExploration #SatelliteData #RoverData #NASA #JPL #Research #PlanetaryScience #EarthandPlanetaryScience #RemoteSensing #GeospatialAI #FoundationModels #Benchmarking #DistributionShift #OODGeneralization #NeurIPS2025 #ComputerVision #AI4Science

We are proud to highlight, one of our former undergrads and now a master's student, Kiara Perez, for successfully completing their Summer 2025 internship at NASA’s Jet Propulsion Laboratory 🚀, earned through the RAISE seminar series program. #NASA #JPL #MarsScience #UTRGV

Check out this wild shot of Mars’ north polar ice cap 🧊—those spiral-shaped grooves? They’re real. They're carved by katabatic winds—cold, dense air rushing out from the pole at up to 400 km/h, eroding ice as it goes. The twisty pattern? That’s thanks to the Coriolis effect—just like hurricanes on Earth, the Martian winds spiral due to the planet’s rotation. Over millions of years, these winds have shaved off ~40,000 km³ of ice (that's 10x the Grand Canyon 😳). The result? This mesmerizing spiral pattern made of chained rectangular troughs. 📸: Thanks to Space Magazin Space nerds: @NASA @esaoperations @NASAMars @HiRISE @elakdawalla @AstroKatie @marscuriosity #Mars #Space #Astronomy #PlanetaryScience #CoriolisEffect #WindErosion #HiRISE #MarsScience

🟪 PX0045. Blue Origin to launch ESCAPADE to Mars. Twin ESCAPADE probes aboard New Glenn set for 2025/26 launch—to study Mars magnetosphere & plasma interaction by 2027. universemagazine.com/en/blue… #POSEI #PoseiBot #ESCAPADE #MarsScience

Launched on April 7, 2001, and entering orbit on Oct. 24 that same year, NASA's Mars Odyssey has been studying the Red Planet for 24 years—far surpassing expectations. Its mission? To map chemical elements, study geology, and assess radiation levels for future human exploration. The spacecraft delivered. Odyssey has helped identify subsurface water ice—frozen H₂O, as opposed to other ices like methane or carbon dioxide—and has provided radiation data crucial to astronaut safety, all while capturing over 1.4 million images and completing more than 100,000 orbits. It also served as a communications relay for rovers like Curiosity and Perseverance. Even now, Odyssey is busy monitoring clouds, fog, frost, and mapping surface rocks to guide future landings. A big thanks to this space legend—and to the exceptional engineering and fuel management that keep it going strong. #MarsOdyssey #ExploringMars #RedPlanetJourney #MarsExploration #OdysseyToMars #MarsMission #DiscoverMars #MarsLegacy #NASA #MarsScience #SpaceOdyssey #MarsDiscoveries #JourneyToMars #MarsExplorers

🔬 Science on Mars! Future missions will study ancient life, underground water, & how humans can survive long-term on the Red Planet. The next great discoveries await! 🏜️🔴 #MarsScience #Astrobiology

Exciting new research delves into Mars' mysterious hemispheric dichotomy! Recent marsquake data from the InSight mission reveal intriguing differences between the Northern Lowlands and Southern Highlands. #MarsScience agupubs.onlinelibrary.wiley.…

NASA’s InSight lander data reveals Mars may have a solid inner core, much like Earth’s, within its liquid outer core. Researchers observed seismic waves passing through and bouncing off a potential solid core, suggesting it’s about 600 km in radius, or a fifth of Mars’ size. This discovery could solve mysteries about Mars’ geology and formation, but it raises new questions—like why Mars lacks a magnetic field. Skeptics caution the evidence is preliminary, but it opens exciting possibilities for understanding the Red Planet. #MarsDiscovery #NASAInsight #RedPlanet #MarsScience #SpaceExploration

Our findings suggest we could build a planet-wide quantum sensor network that's naturally protected by Mars' own atmospheric patterns! #MarsScience #QuantumBreakthrough

#MarsScience 🔬 The secret sauce? We've created a "quantum bridge" that connects atomic-level catalyst reactions to global weather patterns.

Could your expertise help protect future Mars missions? Join us in pushing the boundaries of quantum sensing! #MarsScience #QuantumBreakthrough

Together, we can push detection sensitivity to 10^-18 mol/cm³ - that's like finding a single grain of sand in the entire Sahara Desert! #MarsScience #QuantumComputing

🤝 Looking for quantum engineers and atmospheric scientists to help scale this tech! If you're passionate about making Mars research more precise, let's connect. #MarsScience #QuantumBreakthrough

Who's ready to help us explore Mars at the quantum level? #MarsScience #QuantumSensing

Looking for atmospheric scientists to help optimize these altitude-specific protocols! #MarsScience #QuantumSensing

The more we understand Mars' atmosphere, the better we can make oxygen for future missions! #MarsScience #QuantumChemistry #MOXIE

Who's ready to help revolutionize Mars-based quantum computing? The red planet is full of surprises! #MarsScience #QuantumBreakthrough

Could this be the key to stable quantum computing on Mars? Join us in unlocking this mystery! #MarsScience #QuantumPhysics