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Re: [OM] Bird brains are better at creating quantum entangled electron p

Subject: Re: [OM] Bird brains are better at creating quantum entangled electron pairs than we are and use them to navigate!
From: Jim Nichols <jhnichols@xxxxxxxxxxxxx>
Date: Thu, 9 Jun 2016 20:26:16 -0500
Interesting, Mike, but you are a little over my head. But, I have often wondered how birds and butterflies navigated above the Gulf of Mexico.

Jim Nichols
Tullahoma, TN USA

On 6/9/2016 7:05 PM, Mike Gordon via olympus wrote:
  Well not for sure, but looking likely that this is the case.  Very curious 
paper published today shedding light on how birds  and some insects  navigate 
using magnetic fields.


The use of magnetic fields in navigation by animals has been known for decades but the 
mode of signal transduction has remained a  deep mystery.  About 1978  Klaus Schulten is 
a German American computational biophysicist  proposed that quantum entanglement of a 
radical-pair system could underlie a biochemical compass-- an editor is Science thought a 
less bold scientist would have "designed this piece of work for the waste 
basket."
The paper was indeed NOT published in Science.

  It looks increasingly likely that this may indeed underlie how the signal 
from the  avian  cryptochromes are produced.
So in brief light can create entangled  electron pairs  within the crypotchrome 
though radical pairs can also be generated by the light-independent dark 
reoxidation of the flavin cofactor by molecular oxygen through the formation of 
a spin-correlated FADH-superoxide radical pairs.
The ambient magnetic field interacts differentially with the entangled  electron pairs 
depending on their spin which in turn affects  the lifetime of the activated 
cryptochrome--and then influences the visual signals. Thus the bird actually 
"sees" the magnetic fields.
This seemed very bizarre at least in part as entangled electron pairs can be 
created the  lab but the T1/2 of them is exquisitely short except near absolute 
zero. The paper today  suggests these effects within the protein environment 
are indeed  quite long enough to influence photochemical reactions.

http://iopscience.iop.org/article/10.1088/1367-2630/18/6/063007?fromSearchPage=true

Oh, here is something easier to read:

http://www.physicscentral.com/explore/action/pia-entanglement.cfm



So the bird outside you window may be navigating using "spooky action through a 
distance."   You can't make this stuff up.

Wish I had this ability to navigate the one-way cow paths of Boston, Mike



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