Animal Navigation is based on Quantum Effects towards an integrated navigation system
Similar Posts
Dr Kate Jeffery’s paper 0ct 2017
Dr Kate Jeffery is one of our heroes and has a lab at University College London where she experiments with what the brain is doing when rats navigate around a maze. In her experimental rig, she can see neurons fire up as the rat faces in different directions (head direction cells) while it is exploring….
Migration of Banded Stilts from Australia
There was a recent article in the media, including the New Scientist and the Times about the migration of the Banded Stilt, which seems to migrate very fast at short notice. The recent interest has been triggered by work done at Deakin University in Victoria Australia by Reece Pedler. Banded Stilts normally live on the…
Predictive maps in rats and humans for spatial navigation
Highlights We tested humans, rats, and RL agents on a novel modular maze Humans and rats were remarkably similar in their choice of trajectories Both species were most similar to agents utilizing a SR Humans also displayed features of model-based planning in early trials Authors William de Cothi, Nils Nyberg, Eva-Maria Griesbauer, …,E ́ le onore Duvelle, Caswell…
Animal navigation is based on Quantum effects theory
We believe that animal navigation is based on Quantum effects which are inimical to a classic Newtonian science based approach. 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 misunderstood. Dowsers know that you can access this…
Gravity and Gyro effects are the basis of animal navigation by Antonio Nafarrate
Antonio Nafarrate has developed a fascinating new model of how animals navigate based on the forces of Gravity and the use of “gyros” by animals to orientate themselves. We agree that the idea of the magnet field as a navigational aid is increasingly being shown to be unlikely. This is the introduction for his longer…
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…