Title 



Nonbicolourable finite configurations of rays and their deformations


Author 


 

Abstract 



A new infinite family of examples of finite nonbicolourable configurations of rays in Hilbert space is described. Such configurations appear in the analysis of quantum mechanics in terms of Bell's inequalities and the KochenSpecker theorem and illustrate that there is no measurable space in the background of the probability model of a quantum system. The mentioned examples are naturally parametrized by a positive integer divisible by 4 and by several complexvalued parameters, whose number depends on this integer. In order to compare two configurations with the same number of rays, a notion of deformation of a configuration is introduced. The constructed examples are then interpreted as obtained by way of deformations.  

Language 



English


Source (journal) 



Journal of physics: A: mathematical and general.  London, 1968  2006 

Publication 



London : 2006


ISSN 



03054470


Volume/pages 



39:10(2006), p. 24572476


ISI 



000236776000015


Full text (Publishers DOI) 


 
