A little wonder, every day

Fact 1613 — the element nobelium

AI-generated cover: an imagined heavy-ion research laboratory and symbolic atom visualization; the image does not depict a real discovery event, specific apparatus or a physical sample of nobelium. Prompt: “Photorealistic vertical 4:5 editorial cover about nobelium, a synthetic chemical element with atomic number 102, named after Alfred Nobel. Show only an abstract nuclear chemistry laboratory interior with a heavy-ion accelerator chamber and an illuminated symbolic atomic visualization on a wall screen. No physical sample, no rock, no vial, no portrait, no people, no readable text or numbers, no logos. The atom model is conceptual and not scale-accurate.” Generated 19 October 2026.

portrait of Alfred Nobel, prior to 1896. Gösta Florman (1831–1900) / The Royal Library; held by the Smithsonian Institution Libraries, Dibner Library of the History of Science and Technology. Public domain mark / no known copyright restrictions on the Commons file page. Attribution: Gösta Florman / The Royal Library; Smithsonian Institution Libraries. Source: [Wikimedia Commons file page](https://commons.wikimedia.org/wiki/File:Portrait_of_Alfred_Bernhard_Nobel_(1833-1896),_Chemist_(2551039289).jpg). Original Commons file, no edits; checked 18 October 2026.

AI-generated editorial image of a periodic-table tile with the correct symbol No and atomic number 102. Prompt: “Photorealistic vertical 4:5 close editorial image of a clean periodic-table element card on a science desk. The card must show only the exact readable characters: a small 102 at the top, a large No in the center, and the word Nobelium at the bottom, spelled exactly N-o-b-e-l-i-u-m. This is the correct symbol and atomic number for nobelium. Neutral lab background, no other text, no logos, no sample of the element.” Generated 19 October 2026. The visible text and values were checked visually.

view of the SuperHILAC injector/booster at Lawrence Berkeley National Laboratory, a heavy-ion accelerator for nuclear science research. U.S. Department of Energy; public domain as a U.S. federal government work. Attribution: U.S. Department of Energy. Source: [Wikimedia Commons file page](https://commons.wikimedia.org/wiki/File:U.S._Department_of_Energy_-_Science_-_278_032_003_(16582110112).jpg). Original file, no edits; checked 18 October 2026. This is a later accelerator for context, not the machine used in the early nobelium experiments.

AI-generated fictional research team examining detector data in a heavy-ion laboratory; not a depiction of the early nobelium discovery or actual scientists. Prompt: “Photorealistic vertical 4:5 editorial science scene: two fictional nuclear chemists seen from behind reviewing a glowing detector display in a heavy-ion research laboratory, discussing the search for a rare short-lived element. Generic imagined lab, not a real nobelium discovery event or real scientists. No physical nobelium sample, no readable text, numbers, logos or labels.” Generated 19 October 2026.

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AI-generated cover: an imagined heavy-ion research laboratory and symbolic atom visualization; the image does not depict a real discovery event, specific apparatus or a physical sample of nobelium. Prompt: “Photorealistic vertical 4:5 editorial cover about nobelium, a synthetic chemical element with atomic number 102, named after Alfred Nobel. Show only an abstract nuclear chemistry laboratory interior with a heavy-ion accelerator chamber and an illuminated symbolic atomic visualization on a wall screen. No physical sample, no rock, no vial, no portrait, no people, no readable text or numbers, no logos. The atom model is conceptual and not scale-accurate.” Generated 19 October 2026.

Listen to fact0:00 / —

Nobelium is a chemical element with atomic number 102 and symbol No. Its name honors Alfred Nobel, although the early claim to have discovered the element, when the name was introduced, was later found to be erroneous. The name “nobelium” was retained.