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Probability How1 #722760 A quantitative estimation of the frequency at which an event may occur. Quantum mechanics takes on a fully probabilistic perspective for all observations, and allows us to calculate the probability for a given phenomenon to be observed.

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The Infinite Passport Glossary »The Infinite Passport GlossaryThe Infinite Passport Glossary☜Translated from the Passeport pour les deux infinis, IN2P3/Dunod, https://pass2i.ijclab.in2p3.fr/ (French); updated with ICHEP2024 conference (https://ichep2024.org) for IPPOG☜F1CEB7

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From Beams to Measurements »From Beams to MeasurementsFrom Beams to Measurements☜Scientists from institutes all over the world form experimental collaborations to build large and complex experiments and analyse the myriad of particles produced by collisions in the accelerator. ☜FFB597

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Data Analysis »Data AnalysisData Analysis☜In the physics of the infinitely small, the study of a dataset recorded by a detector and the use of the provided information to search for a specific phenomenon, e.g. the decay of a particle into two others. If the phenomenon is observed, the analysis consists in measuring its properties with the highest precision. Most often, analysis results are published in an international scientific journal, along with a detailed report on the methods used to achieve them.☜9FDDBE

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Measurement »MeasurementMeasurement☜Measurement is essential in physics, as this science constantly draws on comparisons between observations and models. However, absolute accuracy cannot be achieved: repeated measurements will fluctuate due to various environmental and instrinsic factors, linked to the measuring method. In addition, most phenomena studied in particle physics are random in nature: the same measurement has to be repeated many times to obtain an overall, statistical understanding of the phenomenon.☜D3ABAB

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ProbabilityProbability☜A quantitative estimation of the frequency at which an event may occur. Quantum mechanics takes on a fully probabilistic perspective for all observations, and allows us to calculate the probability for a given phenomenon to be observed.☜5CA4D9

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Probability »ProbabilityProbability☜☜FFFACD

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Redagavo: Claire Adam
NodeID: #722760
Node type: How
Įvedimo data (GMT): 8/6/2024 9:08:00 AM
Paskutinės redakcijos data (GMT laikas): 8/12/2024 10:09:00 AM
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