Animal Navigation is based on Quantum Effects towards an integrated navigation system
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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…
Gravity is the basis of bird navigation by Valerii A. Kanevskyi
———————- Editor’s comment This work by Valerii Kanevskyi, (High Technologies Institute, Kiev, Ukraine) is very interesting and it looks as if this work is part of the bigger picture of understanding how animal navigation may work and I think enables us to see a next step forward to generating a universal theory that we need…
The Information Universe: On the Missing Link in Concepts of the Architecture of Reality
by Dirk K.F. Meijer1 This is an amazing effort to integrate quantum theory and the real world that we live in. It covers the very interesting ground that suggests that our Universe is actually a Universe of “information” and that the intelligence and creativity of humans adds to the Energy of the Universe and transforms…
Simon Raggett’s thoughts on avian navigation
Editor’s comment: This is Simon Raggett’s latest piece. He has been immensely helpful in putting together my poster for BioNav RIN 13. We are all struggling to see if we can understand how animal navigation might work. As Jim Khalili says, we cannot just use quantum mechanics as the magic solution to hitherto intractable problems. …
Animal navigation based on Gravity
Here are the points to be added that I anticipated or predicted that they should happen as proof or implied consequences of my animal navigation model. The posting in the website is Introduction to my Ideas from Sept 2013 – “Gravity and Gyro effects are the basis of animal navigation, by Antonio Nafarrate“. Appendix. 1) From a paper by…
Navigation Networks in the Brain
Professor Kate Jeffery of University College London gave the annual address to the Royal Institute of Navigation (RIN) this year (2014). This article published in RIN’s Navigation News is, for me, a seminal step forward in describing the parameters of animal navigation and building a structure to delve deeper into how navigation might work. Her idea that…