Field reports, mission telemetry, and breakthrough astrophysics research published by the SpaceEdu faculty and cadet corps.
New high-resolution spectra gathered from the ALMA observatory and James Webb confirm persistent phosphine signatures localized at 55km altitude, right within Venus’s temperate cloud layer.
Drilling into the fine mudstones of Jezero Crater’s river delta reveals rich aromatic carbon rings preserved beneath ancient lacustrine sediments.
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Recent extreme G5 coronal mass ejections ignited auroral ribbons seen as far south as Cairo while testing the resilience of our high-voltage electrical grid.
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Why does Martian atmospheric methane surge in summer and plummet in winter? Examining serpentinization reactions versus subsurface microbial clathrates.
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Infrared deep-field spectroscopy captures luminous stellar nurseries formed only 290 million years after the Big Bang, challenging standard cosmological models.
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Why human exploration of Venus’s cloud deck at 1 atmosphere of pressure might actually be easier than building surface pressurized habitats on Mars.
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Meet high school senior Ryan Patel, whose SpaceEdu orbital simulation project uncovered an uncatalogued Lagrange L4 orbital resonance.
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