[Chemical simulations of quantum systems using quantum computers - review of algorithms and their experimental verification].

Computer simulations using ever-increasing computing power and machine learning techniques allow advanced molecular modelling, molecular dynamics simulations and studies of intermolecular interactions. However, due to the complexity of biological systems and chemical processes at the molecular level, their accurate representation using classical computer models and techniques has faced a number of significant limitations for many years. A new and promising direction for the development of computational science and its potential applications in biochemistry is quantum computing and its integration with classical high-performance supercomputing systems.

Low neurocognitive performance and problematic contexts: interaction influences in predicting adolescent externalizing behaviors within a community sample.

Research has identified neurocognitive and contextual risk factors of externalizing behaviors. However, fewer studies have examined the interaction among neurocognitive and other risk factors in predicting externalizing behaviors. The goal of the current study was to examine the relation between neurocognitive and contextual factors in predicting externalizing behaviors in a community sample of adolescents.

Inter-Segment Coordination of Male and Female Collegiate Ice Hockey Players During Forward Skating Starts.

: Coordination in ice hockey skating has been minimally investigated, particularly in females. The objective was to compare lower-extremity inter-segment coordination of collegiate male and female ice hockey players during forward skating starts. : 3D kinematic data were collected on collegiate male ( = 9) and female ( = 10) participants during accelerative steps.