The Law of Chemical Self-Creation in Chemicals Systems Continuously Moving Far Away from Thermodynamic Equilibrium

Abstract

J. Maselko

In our experiments, we used only a few simple inorganic chemicals to demonstrate chemical systems that exhibit self-creation behaviour and continuously move far away from chemical equilibrium. Chemical systems produce chemical cells that take chemical compounds and move them into a cell, where they then react with another compound to produce a product that will then move outside the cell, while other compounds remain inside the cell. Cells connect to create multicellular organisms. Many different organisms are present at different levels. A few cells produce more complex structures, such as towers. A few towers may react to produce cities. Cites create a larger metropolis. Simple compounds are able to create unusually complex structures, such as machines that can switch between algorithms. Chemical systems may grow to infinity, forming incredible structures and behaviours. Every experiment was performed using two simple inorganic compounds. The duration of each experiment was minutes. The size of the chemical systems was usually measured in cm. We studied complex structures, behaviour’s, and level of “intelligence”. This study aims to provide insight into the theory of chemical self-creation, which has not been well understood in the past.

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