Published: 3^th January, 2023

DOI:  https://doi.org/10.66419/CTQK9631

 

Modelling Energy and Matter Formulation Using Pattern Synthesis and Generic Algorithm

 

Fatima ISIAKA

Zainab ADAMU

 

Abstract

 

Recent research has investigated the simulation of energy and matter as solar radiation or insolation that enters the earth’s atmosphere as energy and becomes unavailable for the ecosystems as the energy is then absorbed by inorganic matter or reflected into the atmosphere. Energy is a most important part of our ecosystem and measuring its tendency for substance preservation is very crucial for environmental purposes such as health resolutions and a solid ecosystem. Measuring its conversion rate to matter is
essential to life and all living organisms around it. The sun can be termed to be the source of energy available to the Earth either directly or indirectly, and energy choices and decisions also impact the Earth’s natural systems in many ways. But we won’t be aware of this to understand its importance and mechanism only when demonstrated physically or in a virtual simulation. This paper tends to simulate the effect of energy conversion to matter and how it can be applied to physical processes and demonstrate its importance and fulfilment of our natural environment. The method adopted here
applied a pattern synthesis and generic algorithm that converts energy to matter for energy preservation and application.

Keywords : Ecosystem, Energy, Matter simulation, Generic algorithm, Pattern synthesis, Organic molecules