Sibling Effect: Crystal Grid Hypothesis
This infographic illustrates the 'Sibling Effect' hypothesis, showing how an energetic intervention applied to one crystal in a grid system propagates non-local correlations to other sibling crystals, activating the entire network.
The Sibling Effect hypothesis proposes that treating one sibling crystal in a grid system creates measurable effects on other siblings within the grid. This phenomenon suggests that energetic interventions propagate through the grid structure, demonstrating non-local correlations similar to quantum entanglement.
Key Concepts
- Crystal Grid Systems: Arrangements of crystals that form interconnected energy networks
- Sibling Crystals: Crystals within the same grid that share quantum correlations
- Non-local Effects: Treatment applied to one crystal affects others in the grid
Research Implications
This opens new avenues for:
- Understanding energy propagation in crystal lattice structures
- Exploring quantum effects at macroscopic scales
- Applications in energy healing and crystal therapy
- Novel approaches to studying non-local phenomena
Project Details
Full hypothesis document and research proposal available at: https://testnet.molecule.xyz/ipnfts/796
IP-NFT minted on Molecule protocol. Open for collaboration and experimental validation.
#quantum #crystals #energy #hypothesis
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