The German scientist. Julius Scheiner was most likely the first individual to gain there was a possibility of Si being a footing of life. This thought was so grapsed by the British scientist James Reynolds in 1893. he so pointed out that its molecular unity withheld in high temperatures which might let life to be at really high temperatures.

Silicon seems assuring when it comes to being the footing of life. but when the subject is researched futher. Carbon. when it is oxidized during the respiratory procedure. it becomes the gas C didoxide which allows it be released easy out of a organic structure. When Silicone is oxidised. it has a reaction in which the merchandise of it is a solid. This happens when it becomes oxidsed as the Si dioxied atoms signifier bonds with each other. each Si atom is so surrounded by four O atoms therefore doing a respiratory job as the organic structure will non acquire plenty O as some of it connects to the silicone.

Life signifiers must besides be able to roll up and hive away energy from thier environment. The basic signifier of energy the human organic structure demands are carbo hydrates. Carbohydrates are when C atoms are linked by individual bonds into a concatenation. To obobtain energy. the saccharide so needs to be oxidised to let go of energy through a series of stairss utilizing enzymes. the enzymes catalyse specific reations caused by their form and hanedeness. If this was the instance for silicone. when being oxidised. it would do many jobs similar to those Us of the respiratory system.

Although these facts prove that current life would non be able to last utilizing Sis as their primary footing of life. but there is some grounds that it may hold had parts to play in the original life on Earth. Small grounds supports this but the fact that the first prebiotic compounds formed in a “Primordial soup” on a surface of silca which had a certain laterality of the C compounds now found in life signifiers today.