Photographing the Microscopic: Winners of Nikon Small World 2026
The article presents a curated list of winners and honorable mentions from the Nikon Small World 2026 photography competition, which focuses on microscopic imagery. It highlights specific entries such as a close-up of a weevil’s leg by Daniel Knop, slime-mold spores by Eric Epstein, and pencil lead under high-voltage discharge by Dr. Marcel Clemens. Several academic institutions, including the University of Cincinnati and Vanderbilt University, contributed notable entries featuring biological specimens like neurons, astrocytes, and embryonic cells. Other featured works include cross-sections of plants, water fleas, green algae, and various insect species captured by photographers from Germany, the Czech Republic, Austria, and China. The piece concludes by directing readers to the official competition website to explore the complete collection of awarded and honored images.
Patrick Hickey, a mycologist based in Edinburgh, Scotland, captured the attention of judges with a time-lapse video depicting mitochondrial movement within plant cells. His entry earned recognition in the 2026 Nikon Small World in Motion Competition. The footage, taken on a cold February morning, shows green mitochondria navigating around red chloroplasts inside a piece of turtle vine. Hickey, who works at Hypha Research Ltd., discovered the subject while preparing coffee after finding his usual garden specimens frozen or dried out. He noted that the organelles moved with agility, comparing them to motorcyclists avoiding traffic. This observation challenges previous assumptions that mitochondria serve solely as energy generators, suggesting instead they play roles in cytoplasmic streaming and inter-organelle signaling. The Nikon Small World competition, founded in 1974, celebrates advancements in both artistic photomicrography and imaging technology. Many participants utilized confocal laser scanning microscopy for their submissions. Unlike standard microscopes that illuminate entire samples simultaneously, confocal systems focus on single depth levels. Researchers label samples with fluorescent dyes attached to specific cellular structures. A laser then scans these layers line by line, allowing the system to construct highly detailed images without the blur often associated with broad illumination. Beyond Hickey’s video, numerous photographers received awards for still images capturing diverse microscopic subjects. Daniel Knop from Oberzent-Airlenbach, Germany, won an Image of Distinction for a close view of a weevil leg. In the United States, Eric Epstein from Brooklyn, New York, placed sixth for an image of Hemitrichia slime-mold spore structures. Dr. Marcel Clemens from Verona, Italy, achieved eighth place with a photograph of pencil lead undergoing high-voltage electrical discharge. At the University of Cincinnati in Ohio, teams led by Amartya Tashi Mitra and Paul Maier, along with colleagues including Aria Huang, Nathaniel Sweet, and Anthony Wokasch, received an Honorable Mention for imaging neurons in a red-eared slider embryo. Another Cincinnati team, comprising Amartya Tashi Mitra and Harsha Sen, earned an Image of Distinction for cellular structures of a slipper-limpet larva. Nicolas Noel and Dr. Valentina Cigliola from Vanderbilt University in Nashville, Tennessee, secured an Image of Distinction for a neonatal mouse astrocyte in culture. In Germany, Anne Gleich from Licoi near Kaiserslautern received an Image of Distinction for a water flea and green algae specimen. Přemysl Orlík from Opava, Czech Republic, was honored for a hazelnut weevil, while Gerhard Vlcek from Maria Enzersdorf, Austria, won an Image of Distinction for a cross-section of a spruce treetop. Zhang You from Kunming, China, received an Image of Distinction for a weevil emerging from a fava bean. In the United States, Kaelin Wulf and Rachel Flannery from the Allen Institute in Seattle, Washington, took third place for an image of neurons in an expanded mouse brain. Dr. Arlene Wechezak from Anacortes, Washington, earned an Image of Distinction for red algae, diatoms, and protozoans. Finally, Justin Zoll from Freeville, New York, received an Image of Distinction for an adult fungus gnat trapped in the sticky trichomes of a cannabis plant. The complete collection of winning and honored images is available on the competition’s official website.
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This article highlights winning entries from the 2026 Nikon Small World competitions, focusing on advanced microscopic imagery that reveals complex interactions within cells. It features the work of mycologist Patrick Hickey, who captured a time-lapse video of mitochondria and chloroplasts interacting in plant tissue during winter conditions. The piece explains the technical advantages of confocal laser scanning microscopy, noting how it allows researchers to build detailed images by focusing on single depth levels rather than illuminating entire samples at once. By showcasing these visualizations, the article illustrates how modern imaging technology has deepened scientific understanding of cellular dynamics, such as the role of mitochondria in cytoplasmic streaming and signaling beyond simple energy production.
Bias read (Center): The article covers a scientific photography competition and the underlying biotechnology used to capture cellular images. There are no political actors, policies, or contested social issues involved. The tone is educational and descriptive, focusing on the aesthetic and technical aspects of the work
Why factuality (90): The article provides accurate background information regarding the competition's history (established in 1974) and technical details about confocal microscopy. It correctly identifies Patrick Hickey's entry and its subject matter. While the text cuts off mid-sentence, the visible content is factuall
Why objectivity (80): The writing style is engaging and narrative-driven, using descriptive language ('frigid February morning', 'flamboyant biological complexity') to tell a story. This approach is less dry than a pure report but remains objective in its factual assertions, avoiding heavy-handed bias while prioritizing
The AtlanticIndependent🔒CenterFactual: no official source document/info detectedObjective 9518 hr. ago
The article presents a curated list of winners and honorable mentions from the Nikon Small World 2026 photography competition, which focuses on microscopic imagery. It highlights specific entries such as a close-up of a weevil’s leg by Daniel Knop, slime-mold spores by Eric Epstein, and pencil lead under high-voltage discharge by Dr. Marcel Clemens. Several academic institutions, including the University of Cincinnati and Vanderbilt University, contributed notable entries featuring biological specimens like neurons, astrocytes, and embryonic cells. Other featured works include cross-sections of plants, water fleas, green algae, and various insect species captured by photographers from Germany, the Czech Republic, Austria, and China. The piece concludes by directing readers to the official competition website to explore the complete collection of awarded and honored images.
Bias read (Center): The content is strictly informational, listing participants and their scientific or artistic achievements in a photography contest. There is no political subject matter, controversy, or ideological framing present in the text.
Why factuality: no official source document/info detected
Why objectivity (95): The tone is purely informational and neutral. It functions as a straightforward list of results without injecting opinion, emotional language, or subjective interpretation of the images.
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