Rui Xu, Jan Meisner, Alexander M Chang, Keiran C Thompson, Todd J Martínez
First principles reaction discovery: from the Schrodinger equation to experimental prediction for methane pyrolysis
Chemical science
pilots doctors operate complex environments teams interact technology domains risk varies low high threats coming variety sources environment safety paramount professions cost issues influence commitment resources safety efforts aircraft accidents infrequent highly visible often involve massive loss life resulting exhaustive investigation causal factors public reports remedial action research national aeronautics space administration aviation accidents found 70 involve human error1 contrast medical adverse events happen individual patients seldom receive national publicity importantly standardised method investigation documentation dissemination us institute medicine estimates year 44 000 98 000 people die result medical errors error suspected litigation new regulations threats medicine aviation summary points aviation accidents usually highly visible result aviation developed standardised methods investigating documenting disseminating errors lessons although operating theatres cockpits medicine could learn aviation observation flights operation identified failures compliance communication procedures proficiency decision making contributing errors surveys operating theatres confirmed pilots doctors common interpersonal problem areas similarities professional culture accepting inevitability error importance reliable data error management allow systematic efforts reduce frequency severity adverse events error results physiological psychological limitations humans2 causes error include fatigue workload fear well cognitive overload poor interpersonal communications imperfect information processing flawed decision making3 aviation