Abstract
The Crystal Electron Cloud Hypothesis proposes that crystals and living things both have an electronic wave function of electrons around them, which can interact with each other in various ways. This interaction could have implications for a variety of biological processes, including consciousness, perception, and healing. The hypothesis is based on the idea that crystals and living things both have organized structures, but in different ways. Crystalline solids have a highly ordered internal lattice structure with geometric symmetry and repetition of base units, while cellular organisms have an internal lattice-like structure of cells adhering to each other, but this cellular lattice is more variable and irregular without the strict symmetry and repetition of a crystal. The organisation in organisms is more flexible and dynamic - cells move, grow, differentiate, die, and the overall organism morphology changes over time while maintaining an ordered arrangement suited to function.
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Title
Quantum Frontiers: Exploring the Edge of Science and Technology
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