Zamora, postdoctoral researcher at the laboratories of Dr. Solon and Dr. Casanova, and it is a collaboration between IRB Barcleona, IBMB-CSIC, CRG and Ikerbasque . The study has obtained funding from the Spanish Ministry of Science and Innovation, the CERCA program of the Generalitat de Catalunya, the Biofisika Bizkaia Foundation and the Basque Excellence Research Center of the Basque Government. The shortest distance between two points is a straight line but when walking down the street it is not always possible, so how do you choose the best route? Well, according to a study by the Massachusetts Institute of Technology (MIT), in the US, our brain is not prepared to calculate the shortest path, but the most ‘ pointer ‘.
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Based on information provided by the mobiles of more than Finland WhatsApp Number List 14,000 anonymous people , the team found that pedestrians tend to choose the paths that appear to point most directly to their destination, even if those routes end up being longer. It is what they call the “most cutting edge path”. This strategy, known as vector navigation , has also been observed in studies of animals, from insects to primates. Pedestrians tend to choose the paths that appear to point most directly to their destination, even if those routes end up being longer. In their study, published yesterday in Nature Computational Science , the MIT team suggests that vector- based navigation – which requires less brain energy than calculating the shortest route – may be an evolutionary
consequence for the brain to devote more energy to other tasks. . “It seems that there is a trade-off that allows us to use the computing power of our brain for other things: 30,000 years ago, to avoid a lion, or now, to avoid a dangerous SUV,” explains Carlo Ratti , professor of urban technologies in the Department of Urban Studies and Planning of the MIT. And although vector-based navigation does not achieve the shortest path, “it is quite close and it is very easy to calculate,” reasons the researcher. One way to go, and a different way to return Ratti began ruminating on this study when he was a graduate student at Cambridge. Every day he walked the path between the residence hall and the university until one day he realized that, in fact,