Volus are special in that they are not carbon-based, but ammonia-based which is why they wear those pressurized suits when interacting with the rest of us. . .but am I the only one who wants to see more, non carbon-based life? The most common type thought of is Silicon-based lifeforms.
Silicon-Based lifeforms are often depicted in science fiction as crystalline rock type creatures and typically not the standard shape we are used to in speces, and are assumed by real science to only be possible at a very high temperature in which silicon bonds would remain stable in comparison to carbon bonds. . .we're talking such natural and common temperatures as around three-hundred degrees Fahrenheit (estimated 138-139 Celsius for you not-Americans). Everything about it would be more reliant on liquids and gases that remain as such at higher temperatures. . .depending on whom visits whom, someone would have to wear a specialized suit with a supply of breathable air.
Conversely, there's other elements/compounds that people think life could be based on, with ammonia-based lifeforms being considered on the opposite spectrum of Silicon-based lifeforms, at least in regards to temperatures (very cold places). The Volus homeworld of Irune features an average surface temperature of 48 fahrenheit (9 Celsius).
What do you think such non-carbon based creatures would look like? If we're thinking of a new race, would they be the same 'bipedal' form we're familiar with or would you like to see something considerably different? Would you like to encounter such strange creatures on such worlds like these, that may be mineral rich but clearly not suitable for carbon habitation? What about a new race, exotic to the point where the aliens we encountered in the Milky Way and other parts of Andromeda seem perfectly normal?
Examples of Silicon-based Lifeforms in other fictional works include:
- Spire, a playable character in the Metroid Universe.
- Crocomire, an organism encountered in the Metroid universe.





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