Microscope and dual nature of light Does a light microscope also prove the particle nature of light?
As in electron microscope there is either transmission or absorbance of electrons to create an image, hence the question above!
 A: 
Does a light microscope also prove the particle nature of light?

I don’t see how it can, since the working of a light microscope can be entirely explained using classical optics, which treats light as a wave.
If anything, the opposite is true - a transmission electron microscope works because it treats electrons as waves that can be focussed by magnetic lenses.
A: The mere existence of a light microscope does not prove light’s wave-particle duality any more than a double slit does. However, when operated at extremely low power levels, and when using a photon-sensitive detector, both the microscope and double slit do reveal the duality. This is because both operate under the principle of diffraction, a wave phenomenon. In the famous individual-photon version of two-slit diffraction, the diffraction pattern is built, remarkably, one particle at a time. The experiment may also be performed by forming a microscope image, with no less remarkable results.
A: The working principle of microscope doesn’t warrant the particle description of light. But where the particle nature can be observed is at the level of our detectors.
For example, we recently built a microscope in our lab for single photon purposes where we finally have an EMCCD which is essentially a fancy camera sensitive enough to detect single photons. So if we look at our camera’s readout, we see the microscope’s image buildup one photon at a time. See also this related answer of mine.
A: Consider the Poisson distribution of photons collected by pixels on the microscope's camera. Each photoelectron corresponds to the collapsed wavefunction of a photon.
