1. PHOTON STATISTICS AND THE 3(23 FUNCTION FROM A PULSED LASER FOR A cOMMUNIcATIoNs SYSTEMI Consider a pulsed \"Sapphire laser operated at 800 nm. Pulses are attenuated to an average energy,f of 1 pl and sent down an optical fiber with a loss of 3 dBfkm. a.) Comment on the photon statistics as the pulse propagates down the fiber in relation to the photon statistics of the initial pulse. b.) Calculate the value of the second order correlation function glzlf) for this pulsed light. c.) Calculate the maximum distance that the pulses can propagate, before the probability that a pulse contains no photons exceeds 109. d.) Discuss the implications of this result for data communications