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The development of quantum mechanics in the late 1920s expanded the classical notion of fields in a way that would have shocked Newtonian physicists. Quantum fields do not exist physically in space-time like the classically inferred gravitational and electromagnetic fields. Instead, quantum fields specify only probabilities for strange, ghostlike particles as they manifest in space-time. Although quantum fields are mathematically similar to classical fields, they are more difficult to understand because, unlike classical fields, they exist outside the usual boundaries of space-time. This gives the quantum field a peculiar nonlocal character, meaning the field is not located in a given region of space and time. With a nonlocal phenomenon, what happens in region A instantaneously influences what occurs in region B, and vice versa, without any energy being exchanged between the two regions. Such a phenomenon would be impossible according to classical physics, and yet nonlocality has been dramatically and convincingly revealed in modern physics experiments. In fact, those experiments are independent of the present formulation of quantum mechanics, which means that any future theory of nature must also embody the principle of nonlocality. We’ll return to nonlocality again in chapter 16. Consciousness Fields Just as the individual is not alone in the group, nor any one in society alone among the others, so man is not alone in the universe. —Claude Levi-Strauss The idea that consciousness may be fieldlike is not new.2 William James wrote about this idea in 1898, and more recently the British biologist Rupert Sheldrake proposed a similar idea with his concept of morphogenetic fields.3 The conceptual roots of field consciousness can be traced back to Eastern philosophy, especially the Upanishads, the mystical scriptures of Hinduism, which express the idea of a single underlying reality embodied in “Brahman,” the absolute Self. The idea of field consciousness suggests a continuum of nonlocal intelligence, permeating space and time. This is in contrast with the neuroscience-inspired, Newtonian view of a perceptive tissue locked inside the skull.
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