The prestigious Nikon Small World photomicrography competition has announced its 2025 winners, marking the 51st year of this celebrated annual contest that showcases the extraordinary beauty of microscopic subjects. Zhang You, an accomplished entomologist from the Entomological Society of China, captured first place with his remarkable photograph of a rice weevil (Sitophilus oryzae) positioned on a grain of rice, demonstrating the artistic potential hidden in the microscopic world.
The Nikon Small World competition has been recognizing excellence in photomicrography since 1975, establishing itself as one of the most respected contests in the field of microscopic photography. This year's competition continues the tradition of celebrating images that reveal the intricate details and unexpected beauty of subjects too small to be seen with the naked eye. The contest embodies the philosophy that "sometimes, less is more," particularly relevant in photomicrography where capturing tiny subjects requires exceptional skill and precision.
Zhang You's winning entry exemplifies the perfect marriage of scientific expertise and artistic vision. As an entomologist specializing in insect research, You brings unique insights to his photographic work. "It pays to dive deep into entomology: understanding insects' behaviors and mastering lighting, a standout work blends artistry with scientific rigor, capturing the very essence, energy, and spirit of these creatures," You explained about his approach to microscopic photography.
The competition's enduring success over more than five decades demonstrates the continued fascination with exploring and documenting the microscopic world through photography. Each year, photographers from around the globe submit their most compelling images, competing to showcase subjects ranging from crystalline structures to biological specimens. The contest not only celebrates photographic excellence but also promotes scientific understanding and appreciation for the complexity and beauty found at the microscopic level.
