Direct Test of the Time-Independence of Fundamental Nuclear Constants Using the Oklo Natural Reactor
Alexander I. Shlyakhter
Abstract
[NOTE: This 1983 preprint is being uploaded to arXiv.org after the death of its author, who supported online distribution of his work. Contact info of the submitter is at http://ilya.cc .] The positions of neutron resonances have been shown to be highly sensitive to the variation of fundamental nuclear constants. The analysis of the measured isotopic shifts in the natural fossil reactor at Oklo gives the following restrictions on the possible rates of the interaction constants variation: strong ~2x10-19 yr-1, electromagnetic ~5x10-18 yr-1, weak ~10-12 yr-1. These limits permit to exclude all the versions of nuclear constants contemporary variation discussed in the literature. URL: http://alexonline.info >. For more recent analyses see hep-ph/9606486, hep-ph/0205206 and astro-ph/0204069 .
Create a lesson
Related papers
Finite-amplitude establishment beyond local invasion in cooperative chemical networks
Ferran Martínez-Reyes, Slava G. Turyshev
A Unified Perspective on Poincaré and Galilei Relativity: II. General Relativity: A. Kinematics
Christian Y. Cardall
Fine structure of fermion mixing and quark-mass hierarchies
Jacek Ciborowski
Constructions of Variable Modified Chaplygin-Jacobi and Chaplygin-Abel Gases from Geometrothermodynamics
Anamika Kotal, Ujjal Debnath
The Umami Chaplygin Gas as a Unified Dark Fluid: Observational Constraints, Perturbative and Thermodynamic Stability Analysis
Trishit Banerjee, Atreyee Biswas
Holographic dark energy through Kruglov entropy
Umesh Kumar Sharma, P. Suresh Kumar