Source Text

Author: [[Ulisse Di Corpo, Antonella Vannini]] Full Title: An Introduction to Syntropy Category: #books SYNTROPY Despite the fact that it is used and studied “it is important to realize that in physics today we have no knowledge of what energy is.”[1]   The energy-mass relation:   E = mc2   that we all associate with Einstein, was first published by Oliver Heaviside in 1890[2], then by Henri Poincaré in 1900[3] and by Olinto De Pretto in 1904[4]. However, the E=mc2 does not take into account the momentum, which is also a form of energy and in 1905 Einstein added the momentum (p), thus obtaining the energy-momentum-mass equation:   E2=m2c4+p2c2 Since energy is squared (E2) and in the momentum (p) there is time a square root is used and there are two solutions: negative time energy and positive time energy. Positive time energy implies causality, whereas negative time energy implies retrocausality: the future that acts back into the past. This was considered impossible and to solve this paradox Einstein removed the momentum, given the fact that it is practically equal to zero compared to the speed of light (c). In this way, we return to the E=mc2. Unfortunately most people are unaware of how the compass of the heart works and their main concern is to avoid suffering and the unbearable feeling of anxiety. This explains, for example, the mechanism of drug addiction. Substances that act on the autonomic nervous system, such as alcohol and heroin, causing feelings of warmth and wellbeing similar to those that we experience when there is a good inflow of syntropy, can soon become vital. The compass of the heart points to the source of syntropy, but drugs, alcohol and whatever we use to sedate our suffering reduces our possibility to use the compass of the heart and chose what is beneficial for life. While the brain is made of gray matter outside and white matter inside, exactly the opposite is observed in the solar plexus. The gray matter is made up of nerve cells that allow us to think, the white matter is made of nerve fibers, cell extensions, which allow us to feel.

AI Summary

An Introduction to Syntropy by Ulisse Di Corpo, Antonella Vannini presents wisdom from the contemplative traditions.

This entry was generated from Readwise highlights.