Quantum Evolution
From CasGroup
(→Evolution and Quantum Theory) |
|||
| Line 228: | Line 228: | ||
connection between these completely different concepts ? | connection between these completely different concepts ? | ||
| + | == Testable Consequence == | ||
| + | A testable and predictable consequence of "Quantum Evolution" is individuality and uniqueness: in evolution, no instance of a species is completely identical to another instance of the same species. Each person has a unqiue fingerprint and look, a nonrecurring history and an unparalleled brain. We are all "individuals". Similarly, every culture and every language is unique. The constant genetic or memetic recombinations, variations and mutations which are necessary for natural selection in Evolution are responsible for strong individuality and uniqueness. | ||
| + | |||
| + | If this principle applies to fundamental particles, then there are not two particles would have exactly the same properties: the same mass, the same charge, etc. There would be intrinsic and inherent small differences. Like each person is unique, each particle would be unique, too. On first sight these differences may look like measurement errors. But if the elementary particles are a product of some evolutionary process, these differences would be an inherent property. | ||
| + | (Is there eventually a connection to Heisenberg's Uncertainty Principle ??) | ||
| + | == References == | ||
[1] | [1] | ||
