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Your search keyword '"*PHOTOCHEMICAL equivalence law"' showing total 3 results
Start Over Descriptor "*PHOTOCHEMICAL equivalence law" Topic special relativity (physics)
3 results on '"*PHOTOCHEMICAL equivalence law"'

1. Dalitz Plot Analysis of η' → η π+ π-.

Author

Ghosh, Sudeep

Subjects
*PHOTONS, *ELECTRON kinetic energy, *PHOTOCHEMICAL equivalence law, *SPECIAL relativity (Physics), *HADRON-hadron scattering
Abstract

In this talk we present preliminary experimental results on the Dalitz plot analysis of the decay η' → η π+ π- based on the CLAS data collected during photo production experiment γ p → η' p for the center-of-mass energy from 1.96 to 2.72 GeV at Jefferson Lab. The analysis is based on the highest statistics collected in this channel in comparison to other experiments reported so far. The high statistics will enable us to report precise statistical error of Dalitz plot parameters. [ABSTRACT FROM AUTHOR]

Published
2016
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2. Dalitz Plot Analysis of η' → η π+ π-.

Author

Ghosh, Sudeep

Subjects
PHOTONS, ELECTRON kinetic energy, PHOTOCHEMICAL equivalence law, SPECIAL relativity (Physics), HADRON-hadron scattering
Abstract

In this talk we present preliminary experimental results on the Dalitz plot analysis of the decay η' → η π+ π- based on the CLAS data collected during photo production experiment γ p → η' p for the center-of-mass energy from 1.96 to 2.72 GeV at Jefferson Lab. The analysis is based on the highest statistics collected in this channel in comparison to other experiments reported so far. The high statistics will enable us to report precise statistical error of Dalitz plot parameters. [ABSTRACT FROM AUTHOR]

Published
2016
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3. Notes on the Sagnac effect in general relativity.

Author

Frauendiener, Jörg

Subjects
*PHOTONS, *PHOTOCHEMICAL equivalence law, *TRAVEL time (Traffic engineering), *GENERAL relativity (Physics), *SPECIAL relativity (Physics)
Abstract

The Sagnac effect can be described as the difference in travel time between two photons traveling along the same path in opposite directions. In this paper we explore the consequences of this characterisation in the context of General Relativity. We derive a general expression for this time difference in an arbitrary space-time for arbitrary paths. In general, this formula is not very useful since it involves solving a differential equation along the path. However, we also present special cases where a closed form expression for the time difference can be given. The main part of the paper deals with the discussion of the effect in a small neighbourhood of an arbitrarily moving observer in their arbitrarily rotating reference frame. We also discuss the special case of stationary space-times and point out the relationship between the Sagnac effect and Fizeau’s “aether-drag” experiment. [ABSTRACT FROM AUTHOR]

Published
2018
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