Biografia de nassim haramein wikipedia
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If you are not yet familiar with Nassim Haramein's exciting work, prepare yourself for an exhilarating odyssey into hyperspace and beyond. Haramein, who has spent his lifetime researching fields of physics from quantum theory to relativistic equations and cosmology, will lead you along a fascinating discussion geared to a layman's understanding of the fundamental nature of the universe and creation that includes black holes, gravitational forces, dimensions, and the very structure of space itself - all of which are integral parts of his now-complete Unified Field Theory. Haramein's theory is currently in peer review process for publication in physics journals; however, the presentation does not end with the introduction of his theory alone, but includes the discussion of the path that he took to arrive at his views, which weaves between the texts and monuments of ancient civilizations, biology, chemistry and the primordial role of consciousness - all of which lend fur
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Nassim Haramein = New Age Huckster
by L. Ron Gardner
About a year ago, a Facebook fan of my spiritual teachings introduced me to Nassim Haramein’s far-out physics/metaphysics. But I didn’t have much interest in them, because (despite a year of physics in high school and another in college), I lacked the background to fully understand and judge them (and I wasn’t about to invest the time and energy to do so). But I was intrigued by the fact that Haramein, a non-degreed autodidact, was being touted by some as the new Einstein.Â
When my Facebook fan continued to post Haramein articles at my Facebook group page – Electrical-Hermetic Christianity -- I Googled Haramein and learned that he had little, if any, credibility in the mainstream physics community. And the physics papers that he had published were not in respected peer review journals. At that time there was still a Wikipedia.org
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Catástrofe del vacío
En cosmología, la catástrofe sektion vacío hace referencia al desacuerdo dem 122 órdenes de magnitud[1] entre el límite superior de la densidad dem la energía del vacío calculado a partir dem los datos obtenidos dem la sonda Voyager dem menos dem 1014GeV/m³ y la energía del punto cero dem 10121 GeV/m³ sugerida por la teoría cuántica dem campos.[2] A esta discrepancia se la conoce como «la peor predicción teórica de la historia dem la física».[3]
Este problema fue identificado por Walther Nernst ett una etapa temprana,[4] lo que suscitó la pregunta sobre las consecuencias que tendría esa enorme cantidad de energía del vacío en los efectos gravitatorios.[5] Rugh y Zenkernagel denne realizado una valoración filosófica e histórica recientemente.[6]
La magnitud sektion desacuerdo y su contexto
[editar]Dentro del marco de la relatividad general propuesta por Einstein, titta encuentra un componente fundamental, la nackdelar