<transcript><audio_51>sensation of color and light is made of this massless particles called photons and photons can vibrate you know the electromagnetic field is vibrating and it can vibrate slower or faster and depending on that we have different parts of what we call electromagnetic spectrum which is basically this picture</transcript><caption><image_52>The image is a color chart that shows the different wavelengths of a light source. The chart is divided into three sections, each with a different color.

The first section is labeled "Gamma Ray" and shows the wavelength of the light source, ranging from 10-20m to 10m. The wavelength is represented by a rainbow of colors, with the colors ranging from blue, green, orange, yellow, pink, and purple. The colors are arranged in a horizontal line, with each wavelength represented by an arrow pointing to the left side of the chart. 

Next to the chart, there is a label that reads "Visible Light" and a photo of a man with a microphone in his hand. The label also mentions that the wavelength range from 10m to 20m, with a range of wavelengths ranging from 0.5m to 100m.</caption><transcript><audio_53>right here we have uh if the photon is uh you know vibrating very slowly uh we have these radio waves we we cannot see but it's still light it's just that you know is is light which uh the frequency is quite slow and we have also microwaves and infrared this is</transcript><transcript><audio_54>basically heat and then we have uh if the photons vibrate very fast we have ultraviolet which you know can burn us x-rays gamma rays and Cosmic rays which are super super super energetic and we cannot see but there is this this there is this area over here that we can</transcript><transcript><audio_55>actually see our eyes can can actually receive photons from these parts and we can see them and if it turns out that you receive a photon of this particular frequency your eyes will say oh this is red and you will experience the color red you experience a photon of this here which is vibrating faster you will say</transcript><transcript><audio_56>oh this is the color blue and obviously we know that if we have two photons for instance we have a photon that is red and a photon that is yellow we will experience the color Orange right so two photons red and yellow it will give us orange but look uh I can also have one</transcript> sensation of color and light is made of this massless particles called photons and photons can vibrate you know the electromagnetic field is vibrating and it can vibrate slower or faster and depending on that we have different parts of what we call electromagnetic spectrum which is basically this picture right here we have uh if the photon is uh you know vibrating very slowly uh we have these radio waves we we cannot see but it's still light it's just that you know is is light which uh the frequency is quite slow and we have also microwaves and infrared this is basically heat and then we have uh if the photons vibrate very fast we have ultraviolet which you know can burn us x-rays gamma rays and Cosmic rays which are super super super energetic and we cannot see but there is this this there is this area over here that we can actually see our eyes can can actually receive photons from these parts and we can see them and if it turns out that you receive a photon of this particular frequency your eyes will say oh this is red and you will experience the color red you experience a photon of this here which is vibrating faster you will say oh this is the color blue and obviously we know that if we have two photons for instance we have a photon that is red and a photon that is yellow we will experience the color Orange right so two photons red and yellow it will give us orange but look uh I can also have one
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