ABSTRACT
As low light detection technologies are advancing, novel experiments like single molecule spectroscopy, quantum computation, quantum encryption are proliferating. Quantum mechanical detectors can produce only discrete “clicks” at different rates based on the propagating field energy flux through them, irrespective of whether the photons are divisible or indivisible packets
CONTENTS 26.1 Introduction ................................................................................................ 398 26.2 Einstein’s Photoelectric Equation .............................................................400 26.3 Semiclassical Model Adequately Explains Photo Induced
Transitions ................................................................................................... 401 26.4 Paradox of Non-Interference of Light ......................................................402 26.5 Panarella’s Low Light Level Experiment ................................................403 26.6 Photons are Divisible Classical Wave Packets .......................................404 26.7 Finite Time and Energy for A Single Photo Induced Transition .........406 26.8 What are the Possible Impacts if Photons are DivisibleWave
Packets? ........................................................................................................407 Acknowledgment ................................................................................................408 References ............................................................................................................408
