Properties[]
The Verse of In-Silico is mainly composed of gaseous elements, but it is also known to contain the Orangenoseverse was well. The exact location of Orangenoseverse within In-Silico is not exactly known; however, it is not in the center, as a volcano is known to reside there.
Despite In-Silico's primarily-gaseous state, small instances of rock formations such as the aformentioned volcano are known to exist. Primarily, these rock formations exist in the form of Asteroids, which possess a highly dense and hardened surface. Each asteroid has a mysterious white hole in its center, which exists for an uknown reason.
In-Silico has been proven to be one of the easiest ways to cross over into other realms, in fact about 100-times easier than most other conventional methods. However, even despite this increased speed in travel, it would still take a near-uncountable amount of years to do so. Furthermore, it would require the traveller being in an idle state for that amount of time without any food, water, air, etc. So, this method of travel is not considered an option for any beings whom require any of the above-listed things for survival and sustenance.
Relation to Silico[]
In-Silico is but a very small portion of the larger verse known as Silico. However, the latter is not worth much mention, as practically all of Silico is completely empty and considered "boring". While In-Silico is still technically part of Silico, this part is so significant and unique within Silico(being one of the only parts of Silico to be filled with something), that it has its own name.
While Silico and In-Silico share the same overall properties and traits in terms of physics and dimensionality, In-Silico is considered to be an "augmented" version of Silico, shrunken down to a smaller scale..
Poles[]
In-Silico is composed of two halves, which are divided by "poles" on the top and bottom. These poles exist, to allow in-Silico to balance its weight due to the sheer density of Silico. The poles naturally formed many ordinals of years ago. Both of the poles each have an opposite magnetic pull, but besides that they are practically the same.
Each pole is very large in diameter, but despite this, they are still seen as infinitesimal compared to the entirety of In-Silico.