concept

silicate minerals

Also known as: silicate, silicate minerals, silicates

Facts (10)

Sources
Carbon may not be the only basis for life. Look for silicon, too bigthink.com Big Think Jul 1, 2022 4 facts
claimElemental silicon is unsuitable for life on Earth because it is quickly oxidized into silicates when exposed to atmospheric oxygen.
claimMost rocks on Earth, such as granite and basalt, are composed of silicate minerals based on a silicon and oxygen framework.
claimElemental silicon is unsuitable for life on Earth because it oxidizes into silicates when exposed to atmospheric oxygen or liquid water.
claimSilicate minerals, which form rocks like granite and basalt, are based on a silicon and oxygen framework that renders free silicon inert at moderate temperatures.
Recent breakthroughs in the valorization of lignocellulosic biomass ... pubs.rsc.org Nilanjan Dey, Shakshi Bhardwaj, Pradip K. Maji · RSC Sustainability Jun 7, 2025 3 facts
claimSilica remains in its silicate form in a mixture with other inorganic salts like carbonates and phosphates within plant tissues.
claimLong polymeric networks of silicates provide additional stability to plant tissues.
claimSilica and silicates have applications in the fabrication of semiconductors, insulators, cement composites, glass, and tiles due to their catenation property and porous structure.
Hypothetical types of biochemistry - Wikipedia en.wikipedia.org Wikipedia 2 facts
claimA. G. Cairns-Smith hypothesized that silicate minerals in water played a crucial role in abiogenesis by serving as templates for the formation of biogenic carbon compounds.
claimA. G. Cairns-Smith hypothesized that silicate minerals in water played a crucial role in abiogenesis by providing crystal structures around which biogenic carbon compounds formed.
Does Life Need to Be Carbon-Based? - Reasons to Believe reasons.org Reasons to Believe Oct 28, 2016 1 fact
claimSilicon is not found in a free state on Earth because it reacts strongly with oxygen to form silicon dioxide or other silicates.