id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ap-4608	Joglekar, Yogesh N; Vemuri, Gautam; Wilkey, Andrew	LAMBERT FUNCTION METHODs TO STUDY LASER DYNAMICS WITH TIME-DELAYED FEEDBACK	2017	5	.pdf	application/pdf	3640	147	58	Since the intensity at very short times grows exponentially with the product of the differential gain coefficient ζ and N(t), and because the steady-state value of N(t) is a function of the pumping P , one can manipulate these two quantities to slow down the exponential growth of laser intensity and thereby enhance the time window in which both conditions are simultaneously met. In this manuscript, we show that under some conditions, the rate equations model that is used to model semiconductor lasers with feedback can be analytically solved by using the Lambert W -function.	cache/ap-4608.pdf	txt/ap-4608.txt