Quantum information functor and quantum gravity
Maziar Esfahanian
Polytechnic University of Turin, Italy
: J Phys Res Appl
Abstract
Quantum Information Theory is very richer than Classical one. Nonetheless, it sounds that there is no precise description for it and people usually refer to some special cases which show the difference between these two theories, For instance, No cloning theorem. Our aim here is to introduce a notation of Quantum Information Theory by means of category theoretic tools and then show it can be more “natural” than classical Information Theory in some sense. This notation also is useful to show that Loop Quantum Gravity and String Theory are two shapes of a theory of Quantum Gravity which are describable as two different points of view of concept of spacetime and space in a special mathematical structure. This mathematical structure is Topos. In addition, we claim that with this point of view Information is more fundamental rather than concept of Space and spacetime in physics. We got inspired from the works of John Baez on mathematical physics to introduce this theory.
Biography
Maziar Esfahanian currently works at the “Giuseppe Luigi Lagrange”, Politecnico di Torino. Maziar does research in Quantum Information Theory and Bioinformatics by means of different Mathematical instrumentalists tools.
E-mail: maziar.esfahanian@polito.it
