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A novel scheme for fully scalable White Monte Carlo ͑WMC͒ has been developed and is used as a forward solver in the evaluation of experimental time-resolved spectroscopy. Previously reported scaling problems are avoided by storing detection events individually, turning spatial and temporal binning into post-simulation activities. The approach is suitable for modeling of both interstitial and noninvasive settings ͑i.e., infinite and semi-infinite geometries͒. Motivated by an interest in in vivodoi:10.1117/1.2950319 pmid:19021312 fatcat:6usxinjt2bc7rlroc3tcxukpny