Researchers have discovered parallels in the two systems at a scale entirely different: the network of neuronal cells in the human brain as well as the cosmic web of galaxies.
The scientists examined the two systems through a number of perspectives, morphology, including structure, memory capability along with other characteristics. Their quantitative analysis demonstrated that extremely different physical processes are able to make structures with sharing complexity as well as organization levels, even in case they differ by twenty seven orders of magnitude.
The uncommon analysis was herself completed by Italian experts in two completely different areas – astrophysicist Franco Vazza of the University of Bologna as well as neurosurgeon Alberto Feletti of the Faculty of Verona.
“The tantalizing amount of similarity that our analysis exposes appears to suggest the self-organization of both intricate systems is probably formed by similar concepts of community dynamics, in spite of the radically different processes and scales at play,” the authors write.
The research entails one of the more compelling insights, taking a look at the neuronal community of the mind as being a world in itself. You will find approximately sixty nine billion neurons in this system. For people who like to keep score, the observable universe includes a web of a minimum of 100 billion galaxies.
An additional similarity happens to be the definite character of the networks neutrons and galaxies-which have nodes linked by filaments. The scientists examined the average number of connections within every node as well as the clustering of connections in nodes and found that there was clear contract levels in connectivity, suggesting the two networks increased because of similar physical concepts, Feletti said.
Additionally, there’re intriguing comparisons in the structure of every structure. About 77 % of the mind is water, and approximately 70% of the Universe is dark energy. They are both passive components which in their respective buildings have indirect functions.
However, about 30% of each system’s masses are composed of neurons or galaxies.
They discovered an uncanny resemblance between matter density variations in the brains as well as the cosmic web.
We’ve computed the spectral density of the two systems. ” “This method is usually used in cosmology for examining the spatial distribution of galaxies,” Vazza said in a statement. “Our investigation found that the distribution of fluctuation in the cerebellum neuronal community on a scale from one micrometer to 0.1 millimeters follows the same development of the distribution of matter in the cosmic web, but on a bigger scale that goes from five million to 500 million light years,” it states.
Check out the study “The Quantitative Comparison Between the Neuronal Network and the Cosmic Web”, published in Frontiers in Physics.
