Weak localization of photon noise

Different Aspects of Ultra-weak Photon Emissions: A Review Article

All biological samples emit ultra-low intensity light without any external stimulation. Recently, scientific communities have paid particular attention to this phenomenon, known as ultra-weak photon emission (UPE). UPE has been introduced in the literature as an alternative for biophoton, low-level chemiluminescence and ultra-weak bioluminescence, while it differs from ordinary bioluminescence,...

Universalities of weak localization

Since the discovery of weak localization twenty years ago [1] much attention has been given to its scaling properties in low dimensions in infinite homogenious media. There is also weak localization correction to transort properties of a mesoscopic conductor that is shorter than decoherence length. Such a conductor is neither scalable nor homogeneous, so that one generally expects the WLC to de...

Weak localization of waves

different aspects of ultra-weak photon emissions: a review article

all biological samples emit ultra-low intensity light without any external stimulation. recently, scientific communities have paid particular attention to this phenomenon, known as ultra-weak photon emission (upe). upe has been introduced in the literature as an alternative for biophoton, low-level chemiluminescence and ultra-weak bioluminescence, while it differs from ordinary bioluminescence,...

Photon Shot Noise

A recent theory is reviewed for the shot noise of coherent radiation propagating through a random medium. The Fano factor P/Ī (the ratio of the noise power and the mean transmitted current) is related to the scattering matrix of the medium. This is the optical analogue of Büttiker’s formula for electronic shot noise. Scattering by itself has no effect on the Fano factor, which remains equal to ...