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THE VISUAL ARCHIVE / 506 FRAMES

Visual
Archive.

Look into the dark. Something looks back. · Page 17 of 17

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

Showing 481–506 of 506 images · Page 17 of 17

Simplified cutaway of Earth with inner core, outer core, and rocky mantle — A Simplified Earth in LayersEarth has a solid inner core and liquid outer core; visible boundaries and flows are explanatory.The story behind this image

Conceptual illustration exaggerating an inner-core offset within the Earth — The Core’s Small Tug on the ClockA geophysical model links inner-core coupling to small changes in day length; the visible offset is greatly exaggerated.The story behind this image

Conceptual warm and cool arcs representing competing core–mantle torques — A Tug at the Core–Mantle BoundaryThe proposed gravitational torque has measurable timing consequences, but no visible arrows.The story behind this image

Conceptual double contour and ripples around Earth’s inner-core boundary — An Inner Boundary That May ChangeModel timing may imply slow boundary changes; visible ripples dramatize something unseen.The story behind this image

Conceptual lower mantle with contrasting regions above the liquid core — The Uneven Base of the MantleDeep-Earth structure matters to rotation models; this arrangement is not a map.The story behind this image

Conceptual dormant moss spores sheltered in rocky debris between planets — A Spore on a Journey No One Has SeenMoss spores survived an orbital exposure test; interplanetary transfer remains unproven.The story behind this image

Conceptual cutaway of a moss sporangium surrounding dormant spores — A Natural Capsule Around a SporeProtected moss spores were resilient in tests; this large-scale cutaway is explanatory.The story behind this image

Conceptual moss samples mounted outside an orbital laboratory — Nine Months Outside the StationReal samples spent 283 days outside the ISS; this exposure apparatus scene is reconstructed.The story behind this image

Imagined rock fragments leaving Earth after an impact on a trajectory toward Mars — The Rock That Might Carry LifeImpacts can eject rock, but a complete life-bearing trip between worlds has not been observed.The story behind this image

Conceptual dehydrated tardigrade exposed to a harsh space environment — The Tardigrade’s Limits in SpaceSome tardigrades survived orbital vacuum exposure; unfiltered solar UV was much harsher.The story behind this image

Speculative moss and other plants helping support a future off-world habitat — Could Moss Help Build an Off-World Garden?Survival of spores is one step; a self-sustaining Martian ecosystem remains speculation.The story behind this image

Conceptual LHS 1140 system with planets b and c orbiting a red dwarf — Two Worlds Around a Red DwarfLHS 1140 b and c are real transiting planets; the pictured orbit spacing and surfaces are illustrative.The story behind this image

Illustration of an exoplanet transit with starlight crossing a possible atmosphere — A Planet’s Atmosphere in StarlightA helium absorption claim for LHS 1140 b comes from transit spectroscopy; the atmospheric view is an artistic reconstruction.The story behind this image

Illustration contrasting possible atmospheric outcomes for LHS 1140 b and c — Two Possible Atmospheric FatesA reported b signal and c nondetection invite comparison, but neither illustrated fate is established.The story behind this image

Conceptual sequence of a gas-rich young planet losing its outer envelope — A Possible Evolution From Gas to RockPlanetary models allow atmospheric loss; this step-by-step transformation is a hypothesis.The story behind this image

Conceptual cutaway of LHS 1140 b with atmosphere, deep water-rich layer, and rock — Inside an Exoplanet We Cannot SeeA water-rich interior is one model for LHS 1140 b, not an image of its actual layers.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