Dr Ning Xu's win in Nikon's Small World in Motion competition is under investigation after scientists accused him of using AI in his microscopy video. Xu admitted to using an AI model for post-processing despite competition rules prohibiting AI-generated content, and evidence suggests the video contains Google SynthID watermarks indicating AI generation. Nikon is re-reviewing the submission while Xu has deleted his LinkedIn profile and messages defending his work.
Nikon's Small World in Motion competition is reviewing its 2024 winning entry after critics raised concerns about AI usage in a video of cell movement by researcher Ning Xu. Xu claims AI was only used for post-processing to color structures, not to generate the content itself, and says detailed technical documentation has been provided to Nikon for verification.
An award-winning microscopy image that used AI in its creation has sparked controversy in a prestigious competition, raising questions about the role of artificial intelligence in scientific imagery.
An award-winning microscopy image utilized AI technology, though technical details are unavailable due to a page loading error.
Dr. Ning Xu's winning entry in Nikon's Small World In Motion microscopy contest is under re-evaluation after scientists criticized his use of AI in image processing. Xu admits using AI to visualize features in grayscale images but denies violating contest rules, though critics argue the video contains suspicious structural anomalies and may have been AI-generated. Nikon is investigating but currently maintains no rules were broken.
The 2026 Small World in Motion Competition features judges including Joe Dragavon, director of the BioFrontiers Institute's Advanced Light Microscopy Core at the University of Colorado Boulder; Quinten Geldhof, a technical designer at the Museum of Science in Boston known for microscopy content on Instagram; Corey S. Powell, an award-winning science writer and former editor-in-chief of Discover magazine; and Meredith Sagolla, director of the Center for Advanced Light Microscopy and Electron Microscopy at Genentech with 19 years of biotechnology expertise.
Researchers at the SETI Institute propose searching lunar soil for microscopic engineered particles as evidence of extraterrestrial technology, arguing the Moon's stable surface has accumulated interstellar material over billions of years. The study establishes a testable framework using advanced microscopy and AI to examine lunar regolith, potentially constraining the prevalence of technological civilizations in the Milky Way without claiming any technosignatures have been discovered.