Each year, Nikon's Small World In Motion competition invites scientists and curious observers alike to turn the lens inward — toward the invisible architecture of living things. This year, a researcher from Tsinghua University in Beijing claimed the top prize with a video revealing the cilia of a child born with a rare genetic disease, magnified one hundred times through precisely calibrated waves of light. It is a reminder that the boundary between scientific documentation and human witness is thinner than we imagine, and that learning to see the very small is, in its way, a form of care.
Nikon's microscopy competition showcases stunning cellular imagery
Hair-like structures revealed in a child's airways, magnified a hundred times over
Mark
So this is a photography competition, but for things you can't actually see without a microscope?
Mimi
Exactly. And not just still images—they want video, time-lapse, motion. Things changing over time at scales where a second can feel like an hour.
Luke
How many entries does Nikon get? The article doesn't say. We know who won and who placed, but not the total field.
Mimi
Fair point. We don't have that number. But the fact that it's open globally and annual suggests it's substantial enough to be worth running.
Mark
What strikes me about the winning entry is that it's not just beautiful—it's documenting a disease in a child. That's not just art.
Mimi
Right. Xu used a technique called structured illumination, essentially, to light up different parts of the sample in color. It reveals the architecture of these cilia in a way that helps you understand what's broken.
Luke
But we don't know from the article what the genetic disease is, or what the prognosis is, or even if this video was used clinically or if it's purely for the competition.
Mimi
True. The article frames it as a competition entry, not a medical case study. We're seeing the microscopy achievement, not the medical outcome.
Mark
The runners-up sound equally fascinating—a roundworm meeting a single cell, jellyfish larvae in water droplets.
Mimi
They do. And they suggest the competition isn't just about disease or human biology. It's about capturing any moment of life at microscopic scale.
Luke
Which raises a question: what makes one entry win over another? Is it technical quality, artistic merit, scientific significance? The article doesn't explain the judging criteria.
Mimi
That's a gap. We know what won and why it's visually striking, but not how Nikon actually decides.
Der Puls
- A child's rare genetic disease — invisible to the naked eye — is brought into focus through a technique that layers colored light waves to reveal the shape and density of malfunctioning cilia lining the airways.
- The winning video, submitted by Dr. Ning Xu of Tsinghua University, competes against entries from researchers worldwide, raising the stakes of what microscopy can communicate beyond the laboratory.
- Runners-up captured a roundworm meeting a single-celled organism, jellyfish larvae suspended like miniature planets, and a sea slug small enough to rest on the head of a pin — each entry expanding the vocabulary of the visible.
- The competition remains open to non-professionals, creating productive tension between scientific precision and artistic wonder, between technical mastery and the simple act of watching.
- The collection lands as both a public science initiative and a quiet argument: that the microscopic world is not distant or abstract, but the very foundation beneath everything we can already see.
Each year, Nikon's Small World In Motion competition invites scientists and curious observers alike to turn the lens inward — toward the invisible architecture of living things. This year, a researcher from Tsinghua University in Beijing claimed the top prize with a video revealing the cilia of a child born with a rare genetic disease, magnified one hundred times through precisely calibrated waves of light. It is a reminder that the boundary between scientific documentation and human witness is thinner than we imagine, and that learning to see the very small is, in its way, a form of care.
Every year, Nikon invites photographers and researchers to capture life not as a still image but as motion unfolding at scales the human eye cannot reach. The Small World In Motion competition has become a global gathering point for those who have learned to see inside a drop of water, inside a cell, inside the machinery of living things.
This year's winner came from Tsinghua University in Beijing. Dr. Ning Xu submitted a video magnifying cilia — tiny, hair-like structures lining a child's airways — one hundred times over, using a technique drawn more from physics than biology: precisely calibrated light waves, each illuminating a different part of the sample in a distinct color. The result revealed not just the shape of these structures, but their arrangement and density inside a body where they exist but cannot function as they should.
The runners-up reflected the full breadth of what microscopy can hold. One video followed a roundworm as it encountered a single-celled organism — a moment of contact between two forms of life separated by enormous complexity. Another showed jellyfish larvae suspended in droplets like planets in miniature space. Among the highly commended entries were recordings of bioluminescent algae producing their own light, and a sea slug whose entire body could fit on the head of a pin.
What distinguishes the competition is its openness: professionals and amateurs alike can enter, producing a collection that blends scientific rigor with artistic patience. Xu's winning entry goes further still — it renders a medical reality visible, offering those outside the laboratory a way to understand what is happening inside one child's body. The competition continues each year as a quiet insistence that the microscopic world is not separate from our own, but the foundation of it.
Every year, Nikon opens a global competition to photographers and researchers who have learned to see the world through a microscope—not as a static image, but as motion, as time unfolding at scales invisible to the naked eye. The Small World In Motion competition invites anyone with access to a microscope and the skill to capture what happens inside a drop of water, inside a cell, inside the machinery of life itself.
This year's winner arrived from Tsinghua University in Beijing. Dr. Ning Xu submitted a video that magnified its subject one hundred times over—tiny, hair-like structures called cilia that line the airways of a child born with a rare genetic disease. To make them visible, Xu deployed a technique that sounds like something from physics rather than biology: a series of precisely calibrated light waves, each one illuminating different parts of the sample in distinct colors. The result was a video that revealed not just the shape of these structures, but their arrangement, their density, their presence in a body where they should function but do not.
The competition draws entries from around the world, and the runners-up this year reflected the breadth of what can be captured at microscopic scale. One video tracked a roundworm as it encountered a single-celled organism—a moment of contact between two forms of life separated by orders of magnitude in complexity. Another showed jellyfish larvae, barely visible to the human eye, suspended in droplets of water like planets in miniature space. Among the entries that earned high commendation were recordings of bioluminescent algae—organisms that produce their own light—and a tiny sea slug, a creature so small that its entire body could fit on the head of a pin.
What makes this competition distinct is that it is not closed to professionals. Anyone interested in microscopy, in time-lapse photography, in the patient work of positioning a camera and waiting for something to happen at a scale where seconds become visible journeys, can enter. The result is a collection that mixes scientific rigor with artistic vision, technical precision with the simple wonder of seeing something that has always been there but has never been watched before. Xu's winning entry does something more: it documents a medical reality, a child's condition, rendered visible through light and magnification in a way that might help others understand what is happening inside that child's body. The competition continues to draw submissions each year, a reminder that the microscopic world is not separate from our own—it is the foundation of it, and there are still new ways to see it.
Bemerkenswerte Zitate
The competition invites anyone around the world with an interest in film or time-lapse photography through a microscope— Nikon's Small World In Motion competition guidelines
Möchten Sie die ganze Geschichte?
Das Original lesen bei BBC News ↗
Health & Medicine