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Quantum Entanglement of Consciousness and Space-Time A Unified Field of Consciousness

机译:意识与时空的量子纠缠意识的统一领域

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Albert Einstein in 1938 demonstrated that gravity depends from the geometry of a warped space-time, caused by the presence of matter. In 1935 he wrote the famous EPR paper about entanglement, he called “spooky action at distance”, trying to show that quantum physics was incomplete. In the 1970’s Bekenstein and Hawking show black holes have temperature and entropy. Susskind studies (2008) discovered a relantionship between entropy, and area as a consequence of entanglement and Atlan in 1979 and Di Biase in 1999 have been proposing to see entropy as the information and complexity content of a system. Suskind (2008) could quantise space-time developing a quantum theory of gravity demonstrating that the relantionship beween entropy and area is a holographic one. Jacobson (1999) in a brilhant argument shows that entropy multiplied by temperature is the energy of a system and that a simple energy-entropy relantionship can become Einstein’s gravitational equation relating mass energy space-time and quantum information theory. Maldacena could demonstrate that wormholes would only form if blackholes were quantum-entangled in the outsides a revolutionary conclusion that suggests entanglement is what binds space-time together! Di Biase ( 1999, 2008,2009, 2011,2014) have been conjecturing that consciousness is non-local quantum information with a status equal to energy, matter, energy and space-time, and Wheeler described an elegant information-participatory universe putting together quantum information theory consciousness and physics with ‘the it from bit’ concept. Bohm’s ( 1983, 1993) superimplicate order allows us to understanding consciousness, energy and matter as expression varieties of a same informational order. Pribram’s (1991,1997) neural network equation is similar to Schr?dinger’s wave equation that allows me to develop an elegant and beautifull holoinformational brain-mind entanglement with the quantum-holographic universe that I see as an extended holoinformational universal conscious interconnectedness.
机译:阿尔伯特·爱因斯坦(Albert Einstein)在1938年证明,引力取决于物质的存在引起的扭曲时空的几何形状。 1935年,他写了著名的有关纠缠的EPR论文,称其为“远处的怪异动作”,试图证明量子物理学是不完整的。在1970年代的《贝肯斯坦》和《霍金》中,黑洞具有温度和熵。 Susskind研究(2008年)发现,纠缠的结果是熵与面积之间的相互关系,1979年的Atlan和1999年的Di Biase提出将熵视为系统的信息和复杂性内容。 Suskind(2008)可以发展出一种量子引力理论来量化时空,这证明了熵和面积之间的关系是全息的。雅各布森(Jacobson,1999)在一个引人入胜的论证中表明,熵乘以温度是系统的能量,而简单的能量-熵关系可以成为爱因斯坦的引力方程,它与质量能时空和量子信息理论相关。马尔达塞纳(Maldacena)可以证明,只有黑洞在外部被量子纠缠时,虫洞才会形成。这一革命性的结论表明,纠缠是将时空联系在一起的! Di Biase(1999,2008,2009,2011,2014)一直在猜测意识是非局部量子信息,其状态等于能量,物质,能量和时空。Wheeler描述了一个优雅的信息参与宇宙量子信息论的意识和物理学具有“从比特开始”的概念。鲍姆(1983,1993)的叠加顺序使我们能够将意识,能量和物质理解为具有相同信息顺序的表达形式。 Pribram(1991,1997)的神经网络方程类似于Schr?dinger的波动方程,它使我能够与量子全息宇宙发展优雅而美丽的全息信息大脑纠缠,我将其视为一种扩展的全息信息宇宙有意识的相互联系。

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