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🎨 AI Astronomy Infographic 🎯 infographic 📅 2026-06-08

Black Hole Anatomy Infographic | today's planetary position

Editorial-style astronomy infographic explaining how a massive star becomes a stellar-mass black hole, then breaking down the event horizon, photon sphere, accretion disk, and relativistic jets. Designed in a NASA-poster aesthetic with aurora green and violet tones, this dark-mode-friendly science visual also supports searches around today's planetary position.

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Astronomy infographic showing massive star collapse to black hole and labeled anatomy with accretion disk, jets, event horizon.
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Resolution1024 × 1024 px
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Ratio1024x1024
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File size198 KB
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StyleAI Astronomy Infographic
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Use caseinfographic
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Generated2026-06-08
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LanguageEnglish (EN)
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SEO targettoday's planetary position
Full generation prompt Click to expand
Astronomy infographic titled "Black Hole Anatomy" using a STAR LIFECYCLE flowchart adapted to explain how a massive star collapses into a black hole and the resulting black hole structure. Central composition: left-to-right scientific flowchart from "Massive Star" to "Core-Collapse Supernova" to "Stellar-Mass Black Hole Formation", then expanded anatomy panel of the black hole showing "Event Horizon", "Photon Sphere", "Accretion Disk", "Relativistic Jet", and "Innermost Stable Circular Orbit". Include a clear label: "Diagram not to scale" and "Sizes and distances not to scale" in English. Scientifically reasonable rendering: black central shadow, glowing accretion disk with blue-white inner region and redder outer region, narrow polar jets, curved spacetime grid subtly indicated, no fantastical effects beyond accepted physics. Add 7 labeled callouts with canonical scientific names and one accurate fact each: "Massive Star" — "Initial mass > 20 solar masses"; "Core-Collapse Supernova" — "Explosion lasts weeks to months"; "Stellar-Mass Black Hole" — "Typical mass: 3–20 solar masses"; "Event Horizon" — "Schwarzschild radius of a 10-solar-mass black hole: about 30 km"; "Accretion Disk" — "Inner disk temperature can exceed 1000000 K"; "Photon Sphere" — "Located at 1.5 times the Schwarzschild radius"; "Relativistic Jet" — "Jet particles can move at more than 90% of the speed of light". Add one optional contextual callout: "Sagittarius A*" — "Supermassive black hole mass: about 4.15 million solar masses". Add a small scale-reference strip in English at the bottom: "Earth diameter = 12 742 km", "Sun diameter = 1 392 700 km", "10-solar-mass black hole event horizon ≈ 30 km". Audience-friendly layout for the general public, with clean arrows, legend, concise captions, and hierarchy that explains formation first and anatomy second. Visual style: editorial NASA-poster, aurora green & violet palette, dramatic but educational, high contrast, subtle starfield background, soft neon glows, elegant scientific typography. Include editorial astronomy illustration, dark-mode-friendly cosmic palette, vector-clean infographic layout. All text MUST be written in English (array). Every heading, label, caption, legend and metric name in the image must be in English — not English. Spell each English word correctly using English characters and diacritics. Numbers stay as digits, no UFO / pseudoscience imagery, no watermarks Scientifically accurate facts, no UFO / pseudoscience imagery, no astrology framing. Sizes and distances are typically not to true scale — label as such.