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Boreades

In: finity and beyond
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Ishmael

In: Toronto
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We do not need a new thread for this. Post in Cabinet of Curiosities if not relevant elsewhere.
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Boreades

In: finity and beyond
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One-fifth of Earth's 10,000 bird species migrate over great distances, crossing seemingly insurmountable obstacles as they follow the seasons.
Demoiselle Cranes fly to altitudes in excess of 20,000 feet as they pass over the Himalayan Mountains. The Arctic Tern travels from pole to pole in pursuit of an endless summer, a distance of some 40,000 miles.
Scientists have long speculated that certain animals are making use of magnetic fields to find their way, but biologists are mystified as to how they might do it.
Now some answers might be coming from one of the most perplexing interactions in physics.
European Robins might do a better job of detecting quantum entanglement than physics labs currently can.
A group of physicists from the University of Oxford have proposed that entanglement could last in a bird’s retina for 100 microseconds, whereas physicists have only been able to make the interaction last for 80 microseconds – despite cooling their experiments to just above absolute zero.
http://www.physicscentral.com/explore/action/pia-entanglement.cfm
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Boreades

In: finity and beyond
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Mick Harper
Site Admin

In: London
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This is surely worth a thread. I await the connection though with our Megalithic Navigation material.
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Ishmael

In: Toronto
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I've already made that connection.
As we discovered in another thread, birds can be taught to read and respond to an enormous library of symbols: A bird sees a particular symbol, for example, and knows that underneath that marker there is food present. The same symbols can be used to train a bird to follow through a maze to find food.
This then is why Bimini was constructed and why the Nazca lines were drawn. Birds were trained to follow and navigate by the symbols. Birds, flying high above, could be directed to alter their courses when they saw a particular symbol on the ground below.
This is why Bimini lies along the precise line of longitude occupied by the very similar Owl formation I identified in Peru. This line of longitude was of great importance because it happens to pass directly through Panama at its narrowest point. I've got the idea that the birds followed the symbols and the sailors followed the birds---to make landing on both the Atlantic and Pacific sides of the isthmus.
This further explains why large geomorphic forms have been found in the Americas, intentionally buried beneath earth. The symbols were created for periodic exposure: They were hidden from the sky when the birds were meant to return to their normative courses.
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Mick Harper
Site Admin

In: London
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Most valuable. What is your explanation though for the Nazca animals being grouped in such tight profusion?
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Ishmael

In: Toronto
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My idea is that Nazca was a testing center. The animals were erased periodically and new ones drawn. The condition it is in now is the condition in which it was left when the system was abandoned.
Some animals overlap others because birds familiar with only one of the two symbols would ignore the other. Thus it was possible to put two signals at the same geographic location---each signal directed to a different set of birds and each giving a different directive
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Hatty
Site Admin

In: Berkshire
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Following the flight of birds is surely rather more useful at sea than on land (except perhaps a desert landscape which is either featureless or the features are liable to constantly shift).
It seems unnecessary to create route-markers for birds on land...a lot of trouble unless for a very special kind of bird. Wouldn't feeding/roosting centres work as well ?
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Ishmael

In: Toronto
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Hatty wrote: | Wouldn't feeding/roosting centres work as well ? |
I've no idea. I've never raised birds to follow route markers.
I've only ever discovered evidence of the system in connection with lines that would appear useful for navigation at sea.
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Boreades

In: finity and beyond
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Tryptophan
Well-known in traditional physiology.
Tryptophan (symbol Trp or W) is an α-amino acid that is used in the biosynthesis of proteins. Tryptophan contains an α-amino group, an α-carboxylic acid group, and a side chain indole, making it a polar molecule with a non-polar aromatic beta carbon substituent. Tryptophan is also a precursor to the neurotransmitter serotonin, the hormone melatonin, and vitamin B3 (niacin). |
Less well known for its role in Quantum Biology.
Tryptophan, an amino acid found in various proteins, is crucial in absorbing ultraviolet (UV) light and re-emitting it at lower energy levels. It forms extensive networks in cellular structures like microtubules, amyloid fibrils, and neurons.
The Quantum Biology Laboratory (QBL) discovered quantum superradiance in these structures, revealing that eukaryotic organisms can utilize quantum signals for efficient information processing. |
And an unusual connection with fungi.
Scientists often focus on neurons when studying biological information processing, but aneural organisms like bacteria, fungi, and plants—which comprise most of Earth’s biomass—also carry out complex computations. These organisms have existed far longer than animals, so they account for most of Earth’s carbon-based computational activity. |
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