Population
Human: 14.8B (13.9B on Earth)
- Soldiers, Government & Private: 18.4M (17.1M on Earth)
- Soldiers, IEU Armed Forces: 42.1M (20.3M Earth)
- Cyborgs: 15.6M (6.71M on Earth)
- Cyborgs, Current or Former Combat Personnel: 1.530M (483K on Earth)
- Cyborgs, Civilian: 14.1M (6.23M on Earth)
- Gengineered Humans (All Kinds): 7.38M (6.94M on Earth)
- Conjux-class: 3.2M (3.02M on Earth)
- Lupus-class: 203K (34.1K on Earth)
- Pardus-class: 61.9K (less than 1,000 on Earth)
- Corvus-class: 3.91M (3.89M on Earth)
Elokoi: 738M (706M on Ozto)
- Etachi: 723M (693M on Ozto)
- Mazkai: 14.6M (13.1M on Ozto)
Libid: 527M (499M on Armab)
- Desert: 127M (125M on Armab)
- Mountain: 72.2M (71.6M on Armab)
- Lake: 138M (126M on Armab)
- Jungle: 167M (154M on Armab)
- Tundra: 22.6M (22.2M on Armab)
- Soldiers, Government & Private: 18.4M (17.1M on Earth)
- Soldiers, IEU Armed Forces: 42.1M (20.3M Earth)
- Cyborgs: 15.6M (6.71M on Earth)
- Cyborgs, Current or Former Combat Personnel: 1.530M (483K on Earth)
- Cyborgs, Civilian: 14.1M (6.23M on Earth)
- Gengineered Humans (All Kinds): 7.38M (6.94M on Earth)
- Conjux-class: 3.2M (3.02M on Earth)
- Lupus-class: 203K (34.1K on Earth)
- Pardus-class: 61.9K (less than 1,000 on Earth)
- Corvus-class: 3.91M (3.89M on Earth)
Elokoi: 738M (706M on Ozto)
- Etachi: 723M (693M on Ozto)
- Mazkai: 14.6M (13.1M on Ozto)
Libid: 527M (499M on Armab)
- Desert: 127M (125M on Armab)
- Mountain: 72.2M (71.6M on Armab)
- Lake: 138M (126M on Armab)
- Jungle: 167M (154M on Armab)
- Tundra: 22.6M (22.2M on Armab)
Extent of Human Exploration
8,526 explored and logged G-type main sequence stars* and their solar systems.
643 terrestrial planets within the "habitable zone" (i.e. containing liquid water), of which:
- 463 have native simple cells.**
- 220 have been settled.
- 167 are still settled.
- 92 have native multicellular life.
- 28 have animal life.***
- 2 have native sapient life****
These numbers do not include Earth
*: G-type main sequence stars (AKA yellow dwarfs) interconnect via Warke Points. Other kinds of stars - and binary systems - do not.
**: Simple cells have been detected in far more environments, including several objects in the Solar system (Enceladus, Titan, Mars and Europa). This counter only includes planets within the habitable zone.
***: Animal life has also been detected on one moon outside the habitable zone of a yellow dwarf star, namely Kalai-Pahoa. This brings the number of known habitats for animal life up to 29.
****: Known to contain sapient life. For possible, less humanlike intelligent life, see Arès, with native life form rutilus alga, and Kalai-Pahoa, with native life form venenifer venator.
It is worth noting that observed planets give an exceptionally high proportion of sapient life, given the finite survival time of any particular intelligent species.
In order to understand this mathematical improbability, one can simply compare the age of various sapient life form to the age of their individual planets. The human species' entire lifespan is 1/23,000th of the current age of Earth. The Irai have been in a state of anatomical modernity for 1/29,000th of the current age of Ozto. Libids, having been anatomically modern for much longer, but only for 1/2,500th of their planet's lifespan. Even the genus Libi (the Libid's earlier ancestors, the equivalent of Homo on Earth) has only existed for 1/800th of the lifespan of Armab. However, the number of detected planets with native sapient species (excluding Earth) is approximately 1/322th of the total number of detected planets in the habitable zone. A statistical improbability, to say the least.
It is known that Warke Points link stars with similar properties more than stars with dissimilar properties, so it is proposed that this is somehow responsible. Other proposals include there being a (relatively recent) common starting point, before which life did not exist (or was completely wiped clean), and as such the similar age of life on Earth, Armab and Ozto is responsible for the apparent incongruity. Another idea is that it is simply luck.
643 terrestrial planets within the "habitable zone" (i.e. containing liquid water), of which:
- 463 have native simple cells.**
- 220 have been settled.
- 167 are still settled.
- 92 have native multicellular life.
- 28 have animal life.***
- 2 have native sapient life****
These numbers do not include Earth
*: G-type main sequence stars (AKA yellow dwarfs) interconnect via Warke Points. Other kinds of stars - and binary systems - do not.
**: Simple cells have been detected in far more environments, including several objects in the Solar system (Enceladus, Titan, Mars and Europa). This counter only includes planets within the habitable zone.
***: Animal life has also been detected on one moon outside the habitable zone of a yellow dwarf star, namely Kalai-Pahoa. This brings the number of known habitats for animal life up to 29.
****: Known to contain sapient life. For possible, less humanlike intelligent life, see Arès, with native life form rutilus alga, and Kalai-Pahoa, with native life form venenifer venator.
It is worth noting that observed planets give an exceptionally high proportion of sapient life, given the finite survival time of any particular intelligent species.
In order to understand this mathematical improbability, one can simply compare the age of various sapient life form to the age of their individual planets. The human species' entire lifespan is 1/23,000th of the current age of Earth. The Irai have been in a state of anatomical modernity for 1/29,000th of the current age of Ozto. Libids, having been anatomically modern for much longer, but only for 1/2,500th of their planet's lifespan. Even the genus Libi (the Libid's earlier ancestors, the equivalent of Homo on Earth) has only existed for 1/800th of the lifespan of Armab. However, the number of detected planets with native sapient species (excluding Earth) is approximately 1/322th of the total number of detected planets in the habitable zone. A statistical improbability, to say the least.
It is known that Warke Points link stars with similar properties more than stars with dissimilar properties, so it is proposed that this is somehow responsible. Other proposals include there being a (relatively recent) common starting point, before which life did not exist (or was completely wiped clean), and as such the similar age of life on Earth, Armab and Ozto is responsible for the apparent incongruity. Another idea is that it is simply luck.