Entropy Exodus

Anchor-type Biosolace, or AB, is a type that settles stably in a specific place and enables long-term independent life.

It forms a sustainable base of life on Earth, Mars, or another habitable environment. It secures distance from society, but seeks fixed autonomy rather than complete wandering. This is the most familiar and realistic form of Biosolace, and it is close to a future successor to traditional housing.

For life on Earth, remote regions such as the Sahara Desert or Greenland would be well suited to an AB lifestyle. The same applies to planets such as Mars and moons such as the Moon, Ganymede, Callisto, and Titan.

Not city centers.

AB aims for places with extremely low population density. Because Biosolace is also capable of takeoff and landing, it differs from the ordinary idea of a “smart home” that people usually imagine. A smart home may be part of a smart city. Biosolace, on the other hand, is better suited to self-sustaining technologies that allow it to separate itself from such infrastructure.

Anchor-type Biosolace, or AB, is a type that settles stably in a specific place and enables long-term independent life.

It forms a sustainable base of life on Earth, Mars, or another habitable environment. It secures distance from society, but seeks fixed autonomy rather than complete wandering. This is the most familiar and realistic form of Biosolace, and it is close to a future successor to traditional housing.

For life on Earth, remote regions such as the Sahara Desert or Greenland would be well suited to an AB lifestyle. The same applies to planets such as Mars and moons such as the Moon, Ganymede, Callisto, and Titan.

Not city centers.

AB aims for places with extremely low population density. Because Biosolace is also capable of takeoff and landing, it differs from the ordinary idea of a “smart home” that people usually imagine. A smart home may be part of a smart city. Biosolace, on the other hand, is better suited to self-sustaining technologies that allow it to separate itself from such infrastructure.

Anchor-type Biosolace, or AB, is a type that settles stably in a specific place and enables long-term independent life.

It forms a sustainable base of life on Earth, Mars, or another habitable environment. It secures distance from society, but seeks fixed autonomy rather than complete wandering. This is the most familiar and realistic form of Biosolace, and it is close to a future successor to traditional housing.

For life on Earth, remote regions such as the Sahara Desert or Greenland would be well suited to an AB lifestyle. The same applies to planets such as Mars and moons such as the Moon, Ganymede, Callisto, and Titan.

Not city centers.

AB aims for places with extremely low population density. Because Biosolace is also capable of takeoff and landing, it differs from the ordinary idea of a “smart home” that people usually imagine. A smart home may be part of a smart city. Biosolace, on the other hand, is better suited to self-sustaining technologies that allow it to separate itself from such infrastructure.

Comet-type Biosolace, or CB, is a Biosolace that leaves the ground and orbits in space, approaching and moving away again like a comet. In most cases, its orbit would probably remain within the Solar System.

Once self-sustaining technologies and Basic Body technology become sufficiently advanced, it becomes possible to leave the ground behind. Exodists living this way would receive certain essential maintenance supplies for their equipment from Solace Harbor, a neutral infrastructure, and could also receive security system updates. Until this stage, Exodists could still receive goods they ordered for themselves as well. It would simply take longer than it does under AB.

CB is important not only as a form of Biosolace that can drive technological development toward VB, but also because it may have an important effect on the attitude of the Exodist.

An Exodist would probably already have cultivated such an attitude. Still, no matter how accurately aptitude tests and other assessments might predict the preferences of a potential Exodist, the future cannot be known. Until an Exodist actually experiences life in a CB, there is no way to know for certain whether they will be able to accept that life immediately.

For that reason, CB would begin with an orbit in which the difference between perihelion and aphelion is extremely small, almost like an ordinary satellite orbit, and then gradually move farther and farther away.

By adopting this gradual approach, the Exodist can learn not to waste the resources available to them, while also cultivating an attitude of becoming progressively more distant from society and increasingly immersed in their own life.

Comet-type Biosolace, or CB, is a Biosolace that leaves the ground and orbits in space, approaching and moving away again like a comet. In most cases, its orbit would probably remain within the Solar System.

Once self-sustaining technologies and Basic Body technology become sufficiently advanced, it becomes possible to leave the ground behind. Exodists living this way would receive certain essential maintenance supplies for their equipment from Solace Harbor, a neutral infrastructure, and could also receive security system updates. Until this stage, Exodists could still receive goods they ordered for themselves as well. It would simply take longer than it does under AB.

CB is important not only as a form of Biosolace that can drive technological development toward VB, but also because it may have an important effect on the attitude of the Exodist.

An Exodist would probably already have cultivated such an attitude. Still, no matter how accurately aptitude tests and other assessments might predict the preferences of a potential Exodist, the future cannot be known. Until an Exodist actually experiences life in a CB, there is no way to know for certain whether they will be able to accept that life immediately.

For that reason, CB would begin with an orbit in which the difference between perihelion and aphelion is extremely small, almost like an ordinary satellite orbit, and then gradually move farther and farther away.

By adopting this gradual approach, the Exodist can learn not to waste the resources available to them, while also cultivating an attitude of becoming progressively more distant from society and increasingly immersed in their own life.

Comet-type Biosolace, or CB, is a Biosolace that leaves the ground and orbits in space, approaching and moving away again like a comet. In most cases, its orbit would probably remain within the Solar System.

Once self-sustaining technologies and Basic Body technology become sufficiently advanced, it becomes possible to leave the ground behind. Exodists living this way would receive certain essential maintenance supplies for their equipment from Solace Harbor, a neutral infrastructure, and could also receive security system updates. Until this stage, Exodists could still receive goods they ordered for themselves as well. It would simply take longer than it does under AB.

CB is important not only as a form of Biosolace that can drive technological development toward VB, but also because it may have an important effect on the attitude of the Exodist.

An Exodist would probably already have cultivated such an attitude. Still, no matter how accurately aptitude tests and other assessments might predict the preferences of a potential Exodist, the future cannot be known. Until an Exodist actually experiences life in a CB, there is no way to know for certain whether they will be able to accept that life immediately.

For that reason, CB would begin with an orbit in which the difference between perihelion and aphelion is extremely small, almost like an ordinary satellite orbit, and then gradually move farther and farther away.

By adopting this gradual approach, the Exodist can learn not to waste the resources available to them, while also cultivating an attitude of becoming progressively more distant from society and increasingly immersed in their own life.

Voyager-type Biosolace, or VB, is a type that departs from the social sphere in a virtually irreversible way and continues autonomous existence.

It does not place return or social reintegration as a premise of life. Under the assumption that sufficient self-sufficiency technologies are secured, it can maintain the individual's low entropy in the most stable way. Therefore, it can be understood as the theoretical ideal form of Biosolace.

Voyager-type Biosolace, or VB, is a type that departs from the social sphere in a virtually irreversible way and continues autonomous existence.

It does not place return or social reintegration as a premise of life. Under the assumption that sufficient self-sufficiency technologies are secured, it can maintain the individual's low entropy in the most stable way. Therefore, it can be understood as the theoretical ideal form of Biosolace.

Voyager-type Biosolace, or VB, is a type that departs from the social sphere in a virtually irreversible way and continues autonomous existence.

It does not place return or social reintegration as a premise of life. Under the assumption that sufficient self-sufficiency technologies are secured, it can maintain the individual's low entropy in the most stable way. Therefore, it can be understood as the theoretical ideal form of Biosolace.