| |

Animal Navigation is based on quantum effects

Quantum mechanics proposes that there has been a quantum computer running since the beginning of time that records everything, and also that there is entanglement where things are forever linked however far apart they are

This world is so weird and unlikely that it is impossible to understand properly or as Feynman said if you think you understand it you must have misunderstand.

I believe that animal navigation is based on Quantum effects which are inimical to a classic Newtonian science based approach.  Dowsers know that you can access this Universal database and so by extension I believe that animals can too. They are not influenced by intellectual arguments they just do what seems right.

Different species have different strategies but all need access to the database to succeed.  As Ingo Schiffner has proved, navigation is difficult, and needs all the available input to succeed. You need to integrate every piece of information available.

But animals do have a sense of direction, how else does a pigeon know in which direction to head for? Some animals plug into this Universal Quantum data base to follow tracks that have been inscribed and reinforced in the data base by the passage of past individuals. Subsequent generations simply pick up on and follow the imprinted track to travel, for instance, between their breeding grounds and wintering locations.

With Dr Jim Lyons help, we believe that we have established that the way that this communication with the database is established by the creation of standing waves that are generated by the mind probably in the pineal gland.  Clearly magnetic interference causes important effects and really disrupts navigation. Do strong magnetic fields interfere with the brain function or does it interfere with the communication to the Universal Data Base just like static?

Both classic magnetic direction finding and inclination effects as well as the other ideas such  long distance olfactory cues cannot be the whole answer as all have fundamental defects that fail to resolve key questions.

Similar Posts

  • Does the geomagnetic field intensity affect the flight path of homing pigeons?

    Analysis of GPS recorded tracks of intact trigeminal sectioned pigeons. Conditioning studies have shown that the ophthalmic branch of the trigeminal nerve is functionally involved in the perception of the geomagnetic field intensity. However, homing experiments conducted in the field with homing pigeons demonstrated that trigeminal mediation of magnetoreception is neither necessary nor sufficient for…

  • Dolphins

    Whilst dolphins may not teach us much more about animal navigation than other animals, humanity has been fascinated by the dolphin from the earliest times.  They are a part of Greek mythology and we have continuous stories of sailors being rescued by dolphins as well as the legend of mermaids. A book called Le Cinquieme…

  • Hefted Sheep

    This is an English term for sheep that learn to live in a particular location who do not stray from their “land”.  For us this is another piece of the jigsaw of how animals operate in the wild and know where “home” is. DEFRA ( Britain’s government Agency for Rural Affairs)  asked ADAS to do…

  • Another description of how animal navigation might work

    In a recent address to RIN Dr Kate Jeffery of the Institute of Behavioural Neuroscience at University College London described a very complete structure for understanding animal navigation. See https://animalnav.org/navigation-networks-in-the-brain/ We at www.animalnav.org have been struggling with exactly these concerns. Prof Jeffery postulates that you need four things to create a navigation system A compass…

  • Long-Distance Nocturnal Navigator

    Warrant11 2016 Here is a fascinating paper about The Australian Bogong Moth Agrotis infusa: which is the most amazing  Long-Distance Nocturnal Navigator.  As they navigate at night their feat is perhaps even more amazing than the migration of the Monarch butterfly in the USA. Richard Nissen editor Warrant E, Frost B, Green K, Mouritsen H, Dreyer D, Adden A, Brauburger K and Heinze S (2016) The Australian…

  • Path integration

    Adelaide Sibeaux 1 , Cait Newport1, Jonathan P. Green1, Cecilia Karlsson 2, Jacob Engelmann 3 & Theresa Burt de Perera1 have recently published a paper showing that fishes as well as other animals use path integration to find their way home.   I believe this is very important and probably the main way we navigate. Path integration maybe the way…