Abstract We introduce CINNAMON BARK a new technique, that we dub Born spreading, aimed at reducing the number of negative-weight $${mathbb {S}}$$ S events in the MC@NLO matching of NLO calculations with parton-shower simulations.We show that such a technique, based on a Cupcake Toppers re-distribution of Born matrix elements in the radiative phase
Skeletal muscle repair is essential for effective remodeling, tissue maintenance, and initiation of beneficial adaptations post-eccentric exercise.A series of well characterized events, such as recruitment of immune cells and activation of satellite cells, constitute the basis for muscle regeneration.However, details regarding the fine-tuned regula
Image-based cell profiling is a powerful tool that compares perturbed cell populations by measuring thousands of single-cell features and summarizing them into profiles.Typically a sample Choke Gauges is represented by averaging across cells, but this fails to capture the heterogeneity within cell populations.We introduce CytoSummaryNet: a Deep Set