Vision

The retina contains two types of photoreceptor cells: about 120 million rods (sensitive to light and dark) and 6–7 million cones (for colour and detail). The three types of cones respond to red, green, and blue wavelengths, and their combined signals allow the brain to distinguish an estimated 10 million distinct colours. The eye can also detect a single photon of light in total darkness — and can process approximately 36,000 bits of information per hour.

Unlike humans, an owl's eyes are tubular and fixed in their sockets, providing excellent binocular vision but limiting their field of view. To compensate, they have an extraordinary ability to rotate their necks up to 270 degrees in either direction without moving their body.

Their inherent confidence, strong will, and desire to inspire make them excellent motivators and organizers. They thrive when given responsibility and excel at guiding others towards a shared vision, often with enthusiasm and a clear direction.

Individuals who lost their sight later in life still experience visual dreams, often incorporating memories of what they once saw. Those born blind typically have dreams involving sound, smell, touch, and emotion, creating rich non-visual experiences.

These involuntary movements, called microsaccades, tremors, and drifts, are essential for preventing your vision from fading. Without them, your brain would adapt to a static image and stop perceiving it, highlighting dynamic visual processing.