1.6K Views 3 years ago

Letter Found That Shows Einstein Predicted Animals Had ‘Super Senses’

Author Bio

Josie is a passionate nutritionist specializing in weight management, plant-based diets, and overall health. With... Read More

In 1949, a long-lost letter from Albert Einstein to engineer Glyn Davys revealed the renowned physicist’s musings on the possibility of animals having super senses. Over 70 years later, we now know that his speculations were astonishingly accurate.

While Davys’s original inquiry has been lost, Einstein’s response hinted at the engineer’s curiosity about animal perception and its implications for understanding the physical world. Einstein wrote, “It is thinkable that the investigation of the behavior of migratory birds and carrier pigeons may someday lead to the understanding of some physical process which is not yet known.”

Today, we know that birds can sense Earth’s magnetic field using special photoreceptors in their eyes, allowing them to navigate vast distances without getting lost. Other animals, such as marine turtles, dogs, and bees, also exhibit remarkable abilities to detect our planet’s magnetic fields.

Researchers at The Hebrew University of Jerusalem marveled at Einstein’s foresight, stating, “It is amazing that [Einstein] conceived this possibility, decades before empirical evidence revealed that several animals can indeed perceive magnetic fields and use such information for navigation.”

At the time of the correspondence, biological and physical sciences were beginning to intersect in unprecedented ways. Bat echolocation had recently been discovered, and radar technology was emerging. Davys, a researcher in these fields, was intrigued by unusual animal senses, such as those exhibited by bees.

Einstein, too, was captivated by the potential of biological science to reveal hidden physical forces. In his letter, he acknowledged his familiarity with Karl von Frisch, who had recently discovered that bees navigate using the polarization patterns of light. Einstein had even attended one of von Frisch’s lectures at Princeton University and met the researcher personally.

While Davys seemed primarily interested in how new biological insights could inform future technology, Einstein advocated for more biological research. He believed that such research could only impact the foundation of physics if it revealed a new type of sensory perception or stimuli through animal behavior.

Since then, our understanding of bee behavior and animal perception has advanced significantly, and this knowledge has already helped improve technology, such as smartphone cameras. However, mysteries remain regarding the precise mechanisms by which animals perceive light or sense Earth’s magnetic field, as it may vary across species.

Animals Are My Favorite People by Tiny Rescue: Animal Collection