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THE VISUAL ARCHIVE / 231 FRAMES

Visual
Archive.

Cosmic Mysteries · Look closer. · Page 8 of 8

Artwork from the investigations, newest first. Open an image to see it larger. Every frame has a story separating the measured science from what the artwork imagines.

Showing 211–231 of 231 images · Page 8 of 8

A speculative stagnant-lid world after its volcanic carbon supply weakens. — When Rock Stops Returning CarbonWeakening volcanism could alter a planet’s long-term carbon balance.The story behind this image

Rocky planets inherit elements from material enriched across earlier stellar generations. — A Planet Inherits Its IngredientsRocky worlds form from material enriched by earlier cosmic processes.The story behind this image

A conceptual portrait inspired by TRAPPIST-1's seven rocky planets. — Seven Known Worlds, Unknown FurnacesTRAPPIST-1 has seven rocky planets, but their pictured terrain is invented.The story behind this image

We can watch a planet pass in front of its star and investigate the light it filters. — The Shadow Reveals Less Than the MantleTransit light offers limited information about a distant planet.The story behind this image

Conceptual artwork pairing Titan and Pluto around an infrared spectral mystery — The Mark Shared by Titan and PlutoTwo distant worlds show an infrared absorption near the same wavelength, but the artwork joins them in a way the data do not.The story behind this image

Imagined Titan dunes and liquid-filled terrain beneath orange atmospheric haze — Beneath Titan’s HazeWebb measured a narrow infrared absorption; this imagined landscape is not a map of its source.The story behind this image

Conceptual organic particles descending through Titan’s thick haze — Particles Falling Through Titan’s SkyTitan’s haze is real, while this view of individual particles and deposits is an artistic interpretation.The story behind this image

Imagined Pluto landscape of bright volatile ice and darker organic-rich ground — Pluto’s Broader MarkPluto shows absorption near Titan’s wavelength, but its wider band resists a simple shared-material story.The story behind this image

Conceptual cold material and organic mixture representing an unidentified infrared absorber — The Material Without a NameA molecular-looking scene makes uncertainty visible; the absorber’s structure is still unknown.The story behind this image

Fictional cold laboratory setup for testing possible Titan and Pluto materials — A Laboratory for Missing LightCold laboratory spectra could test candidate materials; this apparatus and its result are fictional.The story behind this image

Imagined NASA Dragonfly rotorcraft on Titan’s surface — Dragonfly’s Future View of TitanA planned rotorcraft could examine Titan locally; this landing scene is imagined in advance.The story behind this image

Conceptual volunteer noticing a tiny green galaxy in a sky survey image — The Green Smudge Volunteers NoticedGalaxy Zoo volunteers recognized unusual compact sources; this observer scene is invented.The story behind this image

Conceptual compact Green Pea galaxy with intense star-forming regions — A Small Galaxy Making Stars FastSome Green Peas form stars rapidly for their size; the apparent starburst is an illustration.The story behind this image

Conceptual pair of active galactic nuclei in a compact Green Pea system — Two Active Nuclei in One Green Pea SystemChandra and Keck support a dual active nucleus; the black-hole scene is not a photograph.The story behind this image

AI illustration of galaxies sending ionizing light into early cosmic hydrogen — When Galaxies Cleared the Cosmic FogNearby Green Pea galaxies help test how energetic light escapes; this scene imagines the ancient reionization process.The story behind this image

Conceptual teaspoon and mountain used to compare nuclear-scale density — The Mountain in a TeaspoonThe mass comparison is a thought experiment about density, not a material that can be scooped from atoms.The story behind this image

Illustrated sequence from a metal object to atoms and a compact nucleus — A Descent Into Ordinary MatterAtomic structure is supported by experiments, but this seamless zoom is a conceptual journey.The story behind this image

Conceptual stadium-sized atom with a tiny central nucleus and broad electron cloud — An Atom Enlarged to a StadiumThe tiny nucleus-to-atom size ratio is real; the visible stadium and cloud are a scale metaphor.The story behind this image

Historical-style illustration of an early gold-foil alpha-particle scattering experiment — The Foil That Revealed a CenterRare large-angle alpha-particle deflections changed the atomic model; this lab is reconstructed.The story behind this image

Conceptual protons and neutrons interacting inside a compact nucleus — Why a Nucleus Holds TogetherNuclear forces and electrical repulsion are real; the colorful particles are explanatory symbols.The story behind this image

Conceptual comparison between an atomic nucleus and a dense neutron star — From Atomic Nuclei to Neutron StarsNeutron stars reach extreme densities; the visual bridge does not mean a star is just a giant nucleus.The story behind this image