Light sensors are often more sensitive and can detect a broader range of wavelengths than the human eye, allowing them to perceive light levels and colors that we cannot. They can also respond to changes in light intensity much faster and can work in low-light conditions without fatigue. Additionally, light sensors can be designed to operate continuously and consistently without the need for rest, making them ideal for applications like automated lighting and environmental monitoring.
Lions have more rods (cells for sensing light) in their eyes than humans, which allow them to see better in low light conditions. They also have a tapetum lucidum layer in their eyes that reflects light back through the retina, enhancing their night vision. These adaptations make their eyes more sensitive to light changes and give them an advantage in hunting at night.
There can be a lot less light under water. The fishes' big eyes gather more light, allowing them to see under water better than small-eyed creatures. the better sight lets them find food much more efficiently.
No.
no but they have a sense of smell better than you or my eyes... i mean it
A cats eyes are well adapted at seeing in dim light, as they are most active during the hours of dawn and dusk to hunt. A cat cannot see in total darkness, but can see very well with little light.
In my experience, OEM sensors work better than aftermarket.
In your eyes are two groups of light detecting sensors at the Retina. Cones detect colour and rods detect light. The Cones are further divided into sensors for three different colours, (red, blue, and green) but their colour sensitivities overlap, so we see our full colour spectrum.The Rods are much more sensitive than the cones, but only detect the presence of light. That is why generally you cannot determine colours at night.
APS-C sensors are smaller than APS-H sensors, resulting in a narrower field of view and potentially lower image quality due to reduced light sensitivity. APS-H sensors offer better image quality and performance, especially in low light conditions, due to their larger size and higher pixel density.
they are better than jack
Watermelon
Yes they are
Ocelot's eyes have a special layer on the inside that collects light, so ocelots can see much better in the dark than people can.