Space is stranger when the data is real.

Pull the source.

NASA's Chandra X-ray Observatory watches real black holes strip gas from companion stars in X-ray binaries, images NGC 6240's colliding cores, and traces relativistic jets from supermassive black holes like the one behind Quasar Cannon. Hubble catches real gravitational lensing—Einstein rings bent by invisible mass—and Hawking's equations say black holes glow as they fade. For BREACH, NASA's real International Space Station work shows how crews live with airlocks, pressure and oxygen systems in orbit. For the newest drops, NASA's Solar Dynamics Observatory watches real coronal loops of plasma on the Sun, Hubble and Webb image the real Pillars of Creation in the Eagle Nebula where new stars form inside towers of gas and dust, and NASA's black-hole science explains the event horizon — the boundary where even light cannot escape. For Logs #127–#129, NASA's Cassini mission flew through the real water plume erupting from Saturn's icy moon Enceladus, Chandra and Webb study real supernova remnants left by exploded stars, and Hubble and Webb deep fields reveal swarms of spiral galaxies across the distant universe. For Logs #130–#132, NASA's black-hole science explains real gravitational lensing — massive objects bending and distorting light from more distant objects, the effect behind The Lens — NASA's Juno and Hubble missions watch real auroras crowning Jupiter, driven by its powerful magnetosphere, and NASA's Solar Dynamics Observatory tracks real solar flares and coronal mass ejections, the Sun's version of the plasma eruption behind The Flare. For Logs #133–#135, NASA's solar observatories and comet missions study real comets whose gas is ionized by the solar wind into glowing plasma tails, NASA's Juno mission studies Jupiter and its Cassini mission studied Saturn — the solar system's two giants — and NASA's black-hole science explains real gravitational waves, ripples in spacetime created when massive objects accelerate, the effect behind The Ripple. For Logs #136–#141, Hubble has spotted real water plumes erupting from Jupiter's icy moon Europa and NASA's Europa Clipper is en route to study its hidden ocean, Hubble and Webb image real star-forming nebulae where newborn clusters light gas and dust, Chandra studies real pairs of black holes and binary stars where one object strips gas from its companion, Hubble and Webb deep fields map real galaxies along the filaments of the cosmic web, and Webb studies real lava worlds — rocky exoplanets hot enough for molten surfaces. For Logs #142–#147, NASA's Solar Dynamics Observatory and Parker Solar Probe study the real Sun up close — the fire a solar station would have to survive — Cassini found real cryovolcanism at Enceladus, where icy plumes erupt from a frozen moon, Hubble and Webb image real merging galaxies whose cores and jets collide, Chandra watches real black-hole outbursts and flares from accretion disks, NASA tracks real meteor showers as rocky worlds pass through comet debris, and Hubble imaged the real Helix Nebula, a planetary nebula that stares back like a cosmic eye. For Logs #226–#231, NASA's real International Space Station shows how orbital stations operate above Earth, Webb's gold-coated mirror segments unfold into its primary mirror, NASA launch teams weigh real weather before liftoff, Chandra and Webb study real black-hole accretion disks, and NASA astronauts perform real EVAs — spacewalks outside the station. For Logs #232–#237, NASA launch teams weigh real weather and lightning before liftoff, NASA’s black-hole science and gravitational-wave research trace real mergers of black holes, NASA comet missions study real icy comets and their tails, NASA astronauts perform real EVAs — spacewalks — aboard the International Space Station at orbital sunrise, NASA documents real launch plumes and recorded launch sound, and NASA’s real rendezvous and docking missions show spacecraft capturing at orbital speed. For Logs #238–#243, Chandra and TESS watch real tidal disruption events where stars are shredded by supermassive black holes, NASA launch teams weigh real thunderstorm weather before liftoff, Hubble and Webb deep fields reveal real starlight scattered through dust and ice in deep space, NASA astronauts perform real EVA repairs outside the International Space Station, NASA’s black-hole science and gravitational-wave research trace real black-hole mergers, and NASA’s real rendezvous and docking missions guide capsules to stations over Earth’s night side. Follow the public science trail behind the stories.