Eduardo guendelman coll. EI Guendelman, A Kaganovich, E Nissimov, S Pacheva.

Eduardo guendelman coll. Roest (Barcelona U. Kaganovich, E. In particle physics, spontaneous breaking of scale invariance is applied to confinement mechanisms of quarks and gluons, while in gravity and cosmology it relates to the present universe acceleration, quintessence scenarios and early universe inflation. Pacheva, M. The Gibbons and Werner technique based on the Gauss-Bonnet theorem is utilized to calculate the bending angle of light. Eduardo Guendelman, Emil Nissimov, Svetlana Pacheva, Jul 23, 2014 e-Print: arXiv:1407. On the other hand, this reveals a very important new feature of the correctly 2 E. Originally, these E. Pacheva • Non-standard black hole solutions of Reissner-Nordstr¨om-(anti-)de- Sitter type containing a constant radial vacuum electric field (in addi- Eduardo I Guendelman (Ben Gurion U. Dive into the research topics where Eduardo Guendelman is active. Jan 22, 2024 · Download a PDF of the paper titled Bubble Universe from Flat Spaces, by Eduardo Guendelman and Jacov Portnoy Download PDF Abstract: We show by matching two flat spaces one in Minkowski coordinates ( empty space) and the other in Minkowski coordinates after a special conformal transformation (also empty space) through a bubble with positive and Nov 14, 2016 · We study in some detail the properties of the mathematically correct formulation of the classical Einstein-Rosen "bridge" as proposed in the original 1935 paper, which was shown in a series of previous papers of ours to represent the simplest example of a static spherically symmetric traversable lightlike thin-shell wormhole. Eduardo does research in Cosmology, Theoretical Physics and Elementary Particle Physics. 07660 Baleares - España The use in the action integral of a volume element of the form $\Phi d^{D}x$, where $\Phi$ is a metric-independent measure density, can yield new interesting results in all types of known generally coordinate-invariant theories: (1) 4-D theories of gravity plus matter fields; (2) reparametrization invariant theories of extended objects (strings and branes); (3) supergravity theories. We consider a nonsingular origin for the universe starting from an Einstein static universe, the so-called "emergent universe" scenario, in the framework of a theory which uses two volume elements [Formula: see text] and Φd4x, where Φ is a metric independent density, used as an additional measure of integration. , comercio al por mayor y al por menor; reparacion de vehiculos automotores y motocicletas, venta al por menor de otros productos en comercios especializados. Plaza Eivissa, 26. Eduardo Guendelman, Jacov Portnoy (Jan 22, 2024 Dec 5, 2006 · All content in this area was uploaded by Eduardo Guendelman on Dec 05, 2013 . Eduardo Guendelman We consider a non singular origin for the Universe starting from an Einstein static Universe in the framework of a theory which uses two volume elements $\sqrt{-{g}}d^{4}x$ and $\Phi d^{4}x$, where $\Phi $ is a metric independent density, also curvature, curvature square terms, first order formalism and for scale invariance a Aug 18, 2023 · View a PDF of the paper titled Holomorphic General Coordinate Invariant Modified Measure Gravitational Theory, by Eduardo Guendelman View PDF Abstract: Complexifying space time has many interesting applications, from the construction of higher dimensional unification, to provide a useful framework for quantum gravity and to better define some Coll. 6281 [hep-th] NOW IN THIS MODEL WE ARE STUDYING THE QUANTUM STABILITY AGAINST COLLASE ANS INTRODUCTION OF CURVATON FIELDS FOR REHEATING Coll. Recent external collaboration on country/territory level. In particle physics, spontaneous breaking of scale invariance (SSB of SI) is applied to mechanisms for confinement of quarks and gluons, while in gravity and cosmology it relates to the acceleration of the present universe, quintessence scenarios and inflation of early universe. Child Univ erses in the Lab oratory. All read-only features will be available, but submissions and modifications will be disabled. com +34 617 68 72 47 +34 971 65 74 12. cite all claim. Guendelman,A. . 55 (2007) 736-741 • guendelman coll barbara isabel y otra empresa localizada en viii region del bio bio - concepciÓn - concepcion , del sector venta al por menor de otros productos en comercios especializados n. Sep 14, 2023 · All-order exact solutions for non-linear Yang–Mills theory Eduardo Guendelman. Date and Place of Birth: Born April 22, 1955 in Santiago, Chile. Originally from Chile, Eduardo Guendelman graduated from Technion’s Electrical Engineering program in 1974. Guendelman, E. Citation Summary. Together they form a unique fingerprint. Dive into details by clicking on the dots or. of Bahamas. See Eduardo Guendelman's compensation, career history, education, & memberships. A results-driven problem-solver with a robust technical background Eduardo Guendelman speaking at the 6th International FQXi Conference, "Mind Matters: Intelligence and Agency in the Physical World. A seasoned entrepreneur, angel investor, innovator, inventor, mentor, consultant, and accomplished corporate executive with over four decades of rich experience in innovation and corporate management. After completing his engineering studies at the Technion, he served for nine years as an officer with the Israeli Air Force. Nissimov, S. Cala d'Or - Santanyi. of Negev and ; FIGGS Sep 1, 2023 · Eduardo Guendelman The string tension does not have to be put in by hand, it can be dynamically generated, as in the case when we formulate string theory in the modified measure formalism, and Aug 16, 2023 · This research focuses on exploring gravitational lensing of the wormhole in Einstein-bumblebee gravity with an antisymmetric tensor. cl EI Guendelman, A Kaganovich, E Nissimov, S Pacheva. Eduardo Guendelman is President at Paradigm Advanced Technologies. p. FELIX FINSTER, EDUARDO GUENDELMAN, AND CLAUDIO F. Address and Telephone number at Work: Department of Physics, Ben Gurion University of the Negev, room 212/3, building C-21, telephone extension 2508. We are working with arXiv to resolve it. PAGANINI MMT are a set of modified theories of gravity developed by Guendelman and col-laborators [40, 35, 41, 43, 6, 4]. 6 results. International Journal of Modern Physics D, 2013. eduardo@coll-galmes. Eduardo is an active member on the Canadian Technion Alumni Association. , ECM) Fortsch. Content may be subject to copyright. These topic labels come from the works of this person. Bubble universe from flat spaces #1. Oct 15, 2024 · We will be performing planned maintenance on Nov 5 between 9:00 and 12:00 UTC. of Negev), Alexander Kaganovich King's Coll. Most Recent. " The Foundational Questi Guendelman, Eduardo And Kaganovich, Alexander And Nissimov, Emil And Pacheva, Svetlana, "Variable-Tension Lightlike Brane As A Gravitational Source Of Traversable Misner-Wheeler-Type Wormholes", Physics Letters B 673, 288-292 (2009) Guendelman, Eduardo I. Math), D. arXiv:gr-qc/0611034v1 5 Nov 2006. And Kaganovich, Alexander B. Verified email at inelrenacimiento. Sep 14, 2023 · The addition of arXiv eprints is currently delayed due to a technical problem. 1. Eduardo's expertise spans high-tech research and development, international business expansion, and corporate financing. Stoilov We proposed instead a different set of local coordinates for the Einstein-Rosen “bridge” such that its spacetime geometry becomes well-defined everywhere, including on the wormhole "throat". The College of the Bahamas, Dept of Physics, PO Box 4912, Nassau, BAHAMA, Bahamas Eduardo Guendelman (Ben Gurion U. Date of Immigration: June, 1985. Thus, the original Einstein-Rosen "bridge" is not equivalent to the May 1, 2017 · Eduardo Guendelman at FQXi's 5th International Conference. Phys. Eduardo Guendelman. Eduardo Guendelman. Contributors: Guendelman, Eduardo; Nissimov, Emil; Pacheva, Svetlana; Stoilov, Michail Full Name: Eduardo Leon Guendelman Israel. London, Dept. Ben Gurion University. Physical Review D 66 (4), Sep 14, 2023 · Signed Coordinate Invariance, invariant lagrangians and manifolds, the time problem in quantum cosmology, quantum space time, spacetimes and antispacetimes Eduardo Guendelman currently works at the Department of Physics, Ben-Gurion University of the Negev. c. Eduardo Coll Torres.

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