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Through consider a Riemannian manifold as a classes space G/H, where G/H is a space of left and right invariant classes modulo an isotropy subgroup H, are studied and developed methods in integral geometry to measure the curvature of G/H, through their orbits, cycles, co-cycles, field ramifications, etcetera, obtaining geometrical invariants as images of integral transforms that define the topological nature of the space. Several of these geometrical invariants are product of embbedings in topological vector spaces on the Riemannian manifold. The Spectrum of curvature will be of sheaves with…mehr

Produktbeschreibung
Through consider a Riemannian manifold as a classes space G/H, where G/H is a space of left and right invariant classes modulo an isotropy subgroup H, are studied and developed methods in integral geometry to measure the curvature of G/H, through their orbits, cycles, co-cycles, field ramifications, etcetera, obtaining geometrical invariants as images of integral transforms that define the topological nature of the space. Several of these geometrical invariants are product of embbedings in topological vector spaces on the Riemannian manifold. The Spectrum of curvature will be of sheaves with curved germs or that include the curvature tensor. Then can be established an algebraic scheme related with equivalences of the moduli problems in field theory between the geometrical invariants and spectral images of curvature. Finally, this can be generalized to the quantum context to obtain and design an advanced censorship to possible advanced devices to detect and measure quantum gravityusing the second curvature.
Autorenporträt
Francisco Bulnes, Doctor of Mathematical Sciences by UNAM. Editor-in-Chief of Journal of Mathematics ISSN: 2380-2634, USA. Post-doctorates in Cuba and Russia in mathematics. Recognized in East Europe, Asia and Arab continent. International scientific committees member. Much badges and recognitions. Czech Republic Mathematics Society member JCFM.