Meaning: The quote refers to the advancements in photography technology that have been made possible through the use of very tiny fiber optics. Lennart Nilsson, a renowned photographer, is highlighting the revolutionary impact of these fiber optics on photography, particularly in terms of achieving high resolution images.

Fiber optics are thin, flexible fibers made of glass or plastic that are capable of transmitting light and images. In the context of photography, fiber optics have opened up new possibilities for capturing images with incredible detail and clarity. The quote underscores the significant role that these tiny fiber optics play in revolutionizing the way photographs are taken and the quality of images that can be produced.

Lennart Nilsson, the photographer attributed with the quote, is known for his pioneering work in medical and scientific photography. He gained widespread recognition for his groundbreaking images of human embryos and other aspects of human anatomy. Throughout his career, Nilsson utilized innovative techniques and technologies to capture images that were previously unseen or unattainable. His endorsement of fiber optics in photography underscores the profound impact of this technology on the field of visual representation.

The mention of "very very tiny fiber optics" in the quote draws attention to the minuscule scale of these optical fibers. This indicates that the technology allows for the creation of highly detailed images by leveraging the sheer number and close proximity of the fibers. The reference to "enormous high resolution" further emphasizes the transformative impact of fiber optics on the quality and clarity of photographs. With thousands of tiny fibers densely packed together, images can be captured with exceptional precision and detail, offering a level of resolution that was previously unattainable.

The use of fiber optics in photography has revolutionized various aspects of the field. One of the key advantages is the ability to capture images in challenging environments or confined spaces where traditional cameras may not be practical. The flexibility and small diameter of fiber optics enable photographers to navigate and capture images in tight or inaccessible spaces, opening up new possibilities for visual documentation in fields such as medicine, science, and exploration.

Furthermore, the high resolution achieved through fiber optics has implications for fields beyond photography, such as medical imaging and diagnostic procedures. The ability to capture detailed and precise images of internal structures and processes has contributed to advancements in medical visualization and diagnosis. Lennart Nilsson's work, in particular, exemplifies the impact of high-resolution imaging in the realm of medical photography, where his images of embryos and fetal development have provided valuable insights and education.

In the realm of scientific research, fiber optics have facilitated the capture of intricate details at a microscopic level, enabling researchers to visualize and analyze phenomena that were previously beyond the scope of traditional photography. The potential for detailed imaging at a microscopic scale has expanded the frontiers of scientific inquiry and discovery, offering new perspectives on the natural world and the phenomena that shape it.

In conclusion, the quote by Lennart Nilsson underscores the transformative impact of very tiny fiber optics on photography, particularly in terms of achieving high resolution and capturing images with unprecedented clarity and precision. The advancements in photography technology facilitated by fiber optics have not only revolutionized the field of photography but have also had far-reaching implications in fields such as medicine, science, and exploration. The ability to capture highly detailed images in challenging environments and at microscopic scales has expanded the possibilities for visual representation and scientific inquiry, leaving an indelible mark on the way we perceive and document the world around us.