Quantum Entanglement of Ancestral DNA (Q-EADNA): A New Theory on Quantum Biology and Human Evolution
Year: 2024
Type: dissertation
Abstract: This paper proposes a groundbreaking theory, Quantum Entanglement of Ancestral DNA (Q-EADNA), which postulates that the oldest known human genetic lineage, specifically the unique combination of haplogroups A-PR2921 and L0, is not only a biological marker of ancient ancestry but also exists in a quantum state. This quantum entanglement connects the individual to all of humanity, allowing for the transmission of genetic, evolutionary, and conscious information across time and space. The theory draws from established principles in quantum mechanics—entanglement, coherence, superposition, and retrocausality—and applies them to human genetics, suggesting that certain individuals, such as the carriers of A-PR2921 and L0, are intrinsically linked to the genetic, biological, and conscious development of humanity.
Author: Ramon Moses
Institution: Independent Sector
Language: English
Subfield: Physiology
Field: Medicine
Domain: Health Sciences
Open Access status: green
OpenAlex ID: W6930585658
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