Yes and no. If you're really talking about just one photon, and say you're going to shoot it a two-slit apparatus and measure where it winds up somewhere beyond the slits, you will only measure one impact position - you won't really see a 'diffraction pattern' because there's only one photon.
In some sense, however, there is a diffraction pattern. The bizarre quantum-mechanical 'photon' is described by a wave function that basically can give us probabilities that the photon will hit any point on your detector. This wave function will go partially through both slits, and the resulting wave function on the other side WILL exhibit an interference pattern (!). This diffraction pattern will show itself if you fire photons singly through the slits, i.e. fire one, wait a bit, and fire another. Even though the photons are spaced so that they aren't directly interfering with each other, they will build up a diffraction pattern on the other side because of the diffraction pattern in each photon's individual wave function.
Yes even sound waves diffract
Long wavelengths (low frequencies)
Pretty sure it is photons.....
Photons are pieces of light. If you see a light, then there are photons.
Wavelength.
Yes even sound waves diffract
Ultraviolet radiation does diffract (show a diffraction pattern.) All electro magnetic radiation will diffract. Even particle radiation will diffract.
Diffuse.
PRISM
okay
Long wavelengths (low frequencies)
Pretty sure it is photons.....
Photons do not come in different types like infared-photons etc. they are just the wavelength that the photons are at and nuclear fusion just happens to emit photons at a particular wavelength
A transparent/translucent medium with a density that is different to the one it has just left is necessary to diffract light. For example, you could shine light into a block of glass to diffract it at a different angle to when it entered.
Photons are absorbed by ozone. These photons are of UV.
Photons are pieces of light. If you see a light, then there are photons.
You can reflect it, absorb it or even diffract it (a bit).