We detect electromagnetic radiation in a narrow band of frequencies that we call "visible light" with our eyes. We can feel a broader spectrum of electromagnetic radiation that we call "heat". (There are some overlaps.)
We can build tools that detect ANY frequency of electromagnetic radiation, and display that in any format we select.
no camera can see what our eyes can't see as radiations i tried by my self using the camera of my mobile phone it can see the light radiations comming from any remote control although we can not see it by our eyes
Humans can't see that. Some animals have a different range of radiations they can see. One interesting case is certain snakes, which have a special organ to sense heat radiation (i.e., infrared radiation). This helps them find their prey.
Ozone acts as blanket to earth. It protects from the harmful UV radiations.
Ozone is not a threat to humans at atmosphere. It is something which protects us from UV radiations.
The ozone layer depletion causes the harmful UV radiations to enter the earth's surface. These radiations can cause various fatal diseases to humans and animals.
Ozone is essential for life as it protects us from the harmful ultraviolet radiations of the sun. These radiations are high frequency waves which can cause a number of issues in humans and animals.
From the spectrum of the visible light water absorb red, orange, yellow and green radiations. And the result is that we see the blue and violet radiations. Red, orange, yellow and green radiations have longer wavelengths than blue, indigo and violet radiations. The depth of water and variation of composition play also a role.
No, humans cannot see infrared radiation with the naked eye as it is outside of the visible spectrum. However, special cameras and sensors can detect infrared radiation and convert it into images that are visible to us.
The ozone purpose is to protect us. It protects us from harmful UV radiations of the sun. these are high energy radiations.
Please see link or similar for discussion of radiation.
Humans see with their eyes
Sunlight is composed of a spectrum of electromagnetic radiation, ranging from ultraviolet (not visible) to infrared (not visible) to visible light. The portion of the spectrum that is visible to humans falls within a specific range of wavelengths, which is why we can perceive it as light. Ultraviolet and infrared light have wavelengths outside of the visible range, which is why we cannot see them.