Omnia mutantur, nihil interit.
An autonomous evolutionary ecosystem with a scientific observation system.
ENTHERIA is being created to explore how behavior and population patterns emerge from the interactions between artificial organisms, their inherited traits, learning and environment. Its intended experience brings a visible living world, individual organism inspection and controlled experiments into one connected workspace.
Current status: Early development. The interface prototype uses synthetic demonstration data; the scientific engine and its validation remain under development. ENTHERIA is not yet available for public use or download. The capabilities below describe the intended project, not a completed or scientifically validated release.
A population can change in ways that are difficult to understand from a final chart alone. ENTHERIA aims to make the underlying history inspectable: which organisms survived, what they encountered, what they learned, what their descendants inherited and how their environment changed.
The goal is to connect observation with explanation. Users should be able to notice an unexpected pattern, inspect its supporting records and design a controlled experiment to investigate it.
- Observe generations: follow artificial organisms through development, learning, reproduction and death under declared model rules.
- Inspect individuals: examine supported neural controllers, artificial genomes, modeled bodies and senses, interactions and life histories.
- Study populations: track births, deaths, resources, ancestry, inherited variation and defined behavioral measurements.
- Run experiments: configure environments and populations, schedule recorded interventions, compare controls and repeat runs with explicit random seeds.
- Preserve history: save configurations and checkpoints, inspect recordings, create branches and export available data with its context.
- Explore visually: observe a stylized 3D world through a free camera, organism tracking and scientific overlays.
Autonomous runs are intended to continue within configured limits without ongoing manual intervention. A long run spanning many generations and a collection of independent experiments will remain distinct in the records.
- Choose a documented model and define the environment, population and measurements.
- Observe a run and inspect individual organisms alongside population trends.
- Record an observation with its source data, time and configuration.
- Prepare a hypothesis and a comparison, such as changing resource availability while retaining a control condition.
- Repeat the experiment across appropriate independent runs and examine variability, failures and alternative explanations.
- Export the available evidence and document what the model can and cannot support.
Branches from a shared checkpoint will retain their common ancestry. They will not be presented automatically as independent replicates. Transfers between compatible worlds will state which inherited or learned properties are preserved; acquired memories will not silently become hereditary traits.
ENTHERIA's scientific value will depend on the implementation, evidence and testing behind each model. The project is guided by six principles:
- Explicit assumptions: explain what a model represents, simplifies and leaves out.
- Traceable evidence: connect mechanisms and parameters to relevant sources and experimental conditions where available.
- Reproducibility: retain model versions, configurations, seeds, interventions and recording coverage.
- Validation: test against defined benchmarks and, where appropriate, independent empirical observations.
- Robustness: compare controls, repeat experiments and investigate sensitivity to modeling choices.
- Honest conclusions: distinguish results within a simulation from evidence about living organisms.
A surprising result is a reason to investigate further. It must be checked for implementation errors, statistical artifacts and dependence on assumptions before broader conclusions can be considered. Visual realism alone does not establish biological accuracy.
ENTHERIA does not currently simulate a complete human, human DNA or a biologically complete human brain. It makes no claim of consciousness, subjective experience or the ability to predict a particular person's behavior.
Brain and genetics views will describe the mechanisms actually implemented. Artificial genomes will be identified as artificial, and information that is not modeled or recorded will remain visibly unavailable.
Behavioral studies will use measurable definitions. Psychiatric diagnoses and complex human social behaviors will not be treated as simple switches. Applications to human biology would require separate evidence, validation and appropriate expertise.
There is no public release package or launch date to announce yet. This repository contains project information only; application source, internal development instructions and simulation datasets are not published here.
Future demonstrations and educational recordings are intended to explain experimental methods, observations and limitations. Synthetic interface demonstrations will be distinguished from results produced by a functioning scientific model.
“Omnia mutantur, nihil interit” means “Everything changes; nothing perishes.” It comes from Ovid's Metamorphoses, Book XV, line 165, in the speech assigned to Pythagoras. ENTHERIA uses it as a poetic expression of transformation and continuity, not as a scientific assertion.
Read the original Latin in the Perseus Digital Library.
- Author: KSAGlory
- Community: discord.gg/ksahub
No application or source-code license is offered through this repository. Release terms will be stated when a public version is available.
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