Maurice Mikkers Captures the Scientific Structure of Crying
Meghan Young — July 8, 2015 — Fashion
References: mauricemikkers.nl & mymodernmet
Not many people would be interested in the "scientific structure of crying," as My Modern Met puts it, since such an act often comes with no shortage of pain, yet Maurice Mikkers delves into the subject matter with enthusiasm. He had friends choose the method that would produce their tears, then captured them with a micropipet and dispensed them on a slide.
From there, Maurice Mikkers captured the visual structure of these different tears under a microscope. What he found was fascinating. As My Modern Met reports, there are three basic types of tears: basal, reflex and psychic. From Maurice Mikkers' photo series, it's clear that each type has its own look as well. The blog goes on to write, "But despite the origin, each image features incredibly intricate details that mimic elements of nature, like pine needles, snowflakes, and tree leaves."
From there, Maurice Mikkers captured the visual structure of these different tears under a microscope. What he found was fascinating. As My Modern Met reports, there are three basic types of tears: basal, reflex and psychic. From Maurice Mikkers' photo series, it's clear that each type has its own look as well. The blog goes on to write, "But despite the origin, each image features incredibly intricate details that mimic elements of nature, like pine needles, snowflakes, and tree leaves."
Trend Themes
1. Scientific Tear Analysis - Exploring different types of tears and their structures can lead to new insights in the field of psychology and health.
2. Microscopic Photography - Using microscopic photography to capture intricate details and patterns can be applied to various industries such as fashion, art, and design.
3. Personalized Research - Creating personalized methods for collecting and analyzing data can improve the accuracy and efficiency of scientific research.
Industry Implications
1. Psychology - Understanding the different types of tears and their structures can provide new avenues for research in fields such as mental health.
2. Fashion - Incorporating intricate tear patterns and structures into fashion designs can create unique and visually stunning fabric designs.
3. Pharmaceuticals - Studying tears at the microscopic level can aid in the development of new drug delivery methods and treatments for eye-related ailments.
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