Habitable Worlds Observatory
Blank Figure 6 cell · no signature listed by this method.
reported · transcribedHWO · Reflected lightFigure 6 · row S9 · column Habitable Worlds Observatory · page 10 ↗
Original illustrative model of scenario S9. The scenario description and data remain available below.
- Scenario
- S9
- Morphology
- GF3 · technology cluster 2
- Population · +1,000 yr
- 2e14
- Annual energy
- 1e25 J / year
- Reported endpoint
- growing
- Growth rate
- 0.98% / year
Tables 2, 4, 5 · Section 3.2.1
Complete sourced morphology.
Every cell below names its exact field, source row, and source column. Cluster alternatives remain alternatives; graphical biosphere distributions remain explicitly not transcribed.
Canonical source summary
A nonbiological posthuman civilization emerges as sentient AI, leaves Earth, builds megastructures across the Solar System, and explores beyond. Net-zero technological gifts remain on Earth to support a post-scarcity human economy.3.2.1 Narrative summaries · row S9 · column Narrative summary · page 11 ↗
Construction identifiers
- Global factor
- GF3Table 5 · row S9 · column Global factors · page 8 ↗
- Technology cluster
- 2Table 5 · row S9 · column Technology factors · page 8 ↗
- Technology factors
- TF8, TF11Table 5 · row S9 · column Technology factors · page 8 ↗
| Field | Value / capture state | Evidence |
|---|---|---|
| Economy | Non-scarcityTable 2 · row GF3 · column Economy · page 5 ↗ | transcribed |
| Politics | Rule by allTable 2 · row GF3 · column Politics · page 5 ↗ | transcribed |
| Society | DistributedTable 2 · row GF3 · column Society · page 5 ↗ | transcribed |
| Technosphere / biosphere relation | The biosphere and technosphere have no common elementsTable 4 · row TF8 · column Relationship · page 7 +1 contributing rows ↗ | transcribed |
| Biosphere distribution | not transcribedThe source reports this distribution graphically; no separate categorical biosphere value has completed transcription review.Figure 6 · row S9 · column Biosphere distribution · page 11 ↗ | reported |
| Spatial distribution | Non-polarTable 4 · row TF8 · column Distribution · page 7 +1 contributing rows ↗ | transcribed |
| Development | Designed and directedTable 4 · row TF8 · column Development · page 7 +1 contributing rows ↗ | transcribed |
| Connectivity / highest order | Third-orderTable 4 · row TF8 · column Order · page 7 +1 contributing rows ↗ | transcribed |
| Smallest scale | Less than 1 nm / 1 nm to 1 μmThe assigned cluster contains multiple Table 4 alternatives; all smallestScale values are retained.Table 4 · row TF8 · column Scale · page 7 +1 contributing rows ↗ | transcribed |
| Field | Value | Exact locator |
|---|---|---|
| Population | 2e14 | Table 9 · row S9 · column Population · page 18 ↗ |
| Annual energy use | 1e25 J / year | Table 9 · row S9 · column Energy use · page 18 ↗ |
| Growth state | growing | Table 9 · row S9 · column Growth rate · page 18 ↗ |
| Annual growth rate | 0.98% / year | Table 9 · row S9 · column Growth rate · page 18 ↗ |
Published observability · Figure 6
What each method lists.
Each row is a categorical source cell. A blank remains “no signature listed by this method”; it does not become an absence-of-technology claim.
HWO · Reflected lightFigure 6 · row S9 · column Habitable Worlds Observatory · page 10 ↗
Radio array
Blank Figure 6 cell · no signature listed by this method.
reported · transcribedRadio · Narrowband emissionsFigure 6 · row S9 · column Radio · page 10 ↗
Large Interferometer for Exoplanets
Blank Figure 6 cell · no signature listed by this method.
reported · transcribedLIFE · Mid-infraredFigure 6 · row S9 · column Large Interferometer for Exoplanets · page 10 ↗
Solar Gravitational Lens
- large surface features (Venus, Mars)
SGL · Resolved surface imagingFigure 6 · row S9 · column Solar Gravitational Lens · page 10 ↗
Deep-space probe
- large surface features (Venus, Mars)
Probe · In situ observationFigure 6 · row S9 · column Deep Space Probes · page 10 ↗
Future Earth atmosphere · Table 1
Canonical atmospheric inputs.
Published ellipses remain null. They never silently become numeric zero, and no PDF-digitized spectrum is presented as authoritative raw data.
| Property | Value | Unit | Evidence | Exact locator |
|---|---|---|---|---|
| Mean Temperature | 288 | K | reported · transcribed | Table 1 · row Mean Temperature · column S9 · page 4 ↗ |
| CO2 | 280 | ppm | reported · transcribed | Table 1 · row CO2 · column S9 · page 4 ↗ |
| CH4 | 0.57 | ppm | reported · transcribed | Table 1 · row CH4 · column S9 · page 4 ↗ |
| NOx | 0.1 | ppb | reported · transcribed | Table 1 · row NOx · column S9 · page 4 ↗ |
| N2O | 170 | ppb | reported · transcribed | Table 1 · row N2O · column S9 · page 4 ↗ |
| NH3 | 2 | ppb | reported · transcribed | Table 1 · row NH3 · column S9 · page 4 ↗ |
| CFC-11 | Published ellipsis | ppb | reported · transcribed | Table 1 · row CFC-11 · column S9 · page 4 ↗ |
| CFC-12 | Published ellipsis | ppb | reported · transcribed | Table 1 · row CFC-12 · column S9 · page 4 ↗ |
| NF3 | Published ellipsis | ppt | reported · transcribed | Table 1 · row NF3 · column S9 · page 4 ↗ |
| SF6 | 0.01 | ppt | reported · transcribed | Table 1 · row SF6 · column S9 · page 4 ↗ |
| CF4 | 35 | ppt | reported · transcribed | Table 1 · row CF4 · column S9 · page 4 ↗ |
| SO2, Stratospheric | Published ellipsis | ppb | reported · transcribed | Table 1 · row SO2, Stratospheric · column S9 · page 4 ↗ |
| Na Emission | Published ellipsis | erg s^-1 cm^-2 | reported · transcribed | Table 1 · row Na Emission · column S9 · page 4 ↗ |
| Laser Emission, 1.064 um | Published ellipsis | MW | reported · transcribed | Table 1 · row Laser Emission, 1.064 um · column S9 · page 4 ↗ |
Earth · Moon · Mars · Venus
Planetary reach stays multidimensional.
Pollution, illumination, surface modification, satellite belts, and aerosols use their own source units. The Atlas does not compress them onto a misleading common scale.
| Body | Signature | Value | Unit | Source note | Exact locator |
|---|---|---|---|---|---|
| Earth | Industrial pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Industrial pollution — Earth · column S9 · page 14 ↗ |
| Moon | Industrial pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Industrial pollution — Moon · column S9 · page 14 ↗ |
| Mars | Industrial pollution | Published ellipsis | abundance relative to Earth 2024 | S5 and S6 include artificial greenhouse gases for terraforming Mars. | Table 6 · row Industrial pollution — Mars · column S9 · page 14 ↗ |
| Venus | Industrial pollution | Published ellipsis | abundance relative to Earth 2024 | S5 and S6 indicate O2 production and depletion of other constituents for terraforming Venus. | Table 6 · row Industrial pollution — Venus · column S9 · page 14 ↗ |
| Earth | Agricultural pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Agricultural pollution — Earth · column S9 · page 14 ↗ |
| Moon | Agricultural pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Agricultural pollution — Moon · column S9 · page 14 ↗ |
| Mars | Agricultural pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Agricultural pollution — Mars · column S9 · page 14 ↗ |
| Venus | Agricultural pollution | Published ellipsis | abundance relative to Earth 2024 | No additional table annotation | Table 6 · row Agricultural pollution — Venus · column S9 · page 14 ↗ |
| Earth | Artificial illumination | Published ellipsis | intensity relative to Earth 2024 | No additional table annotation | Table 6 · row Artificial illumination — Earth · column S9 · page 14 ↗ |
| Moon | Artificial illumination | Published ellipsis | intensity relative to Earth 2024 | No additional table annotation | Table 6 · row Artificial illumination — Moon · column S9 · page 14 ↗ |
| Mars | Artificial illumination | Published ellipsis | intensity relative to Earth 2024 | No additional table annotation | Table 6 · row Artificial illumination — Mars · column S9 · page 14 ↗ |
| Venus | Artificial illumination | Published ellipsis | intensity relative to Earth 2024 | No additional table annotation | Table 6 · row Artificial illumination — Venus · column S9 · page 14 ↗ |
| Earth | Surface modification | Published ellipsis | fraction of planetary surface | No additional table annotation | Table 6 · row Surface modification — Earth · column S9 · page 14 ↗ |
| Moon | Surface modification | Published ellipsis | fraction of planetary surface | No additional table annotation | Table 6 · row Surface modification — Moon · column S9 · page 14 ↗ |
| Mars | Surface modification | 1 | fraction of planetary surface | No additional table annotation | Table 6 · row Surface modification — Mars · column S9 · page 14 ↗ |
| Venus | Surface modification | 1 | fraction of planetary surface | No additional table annotation | Table 6 · row Surface modification — Venus · column S9 · page 14 ↗ |
| Earth | Satellite belt | 50 | density relative to Earth 2024 | No additional table annotation | Table 6 · row Satellite belt — Earth · column S9 · page 14 ↗ |
| Moon | Satellite belt | 5 | density relative to Earth 2024 | No additional table annotation | Table 6 · row Satellite belt — Moon · column S9 · page 14 ↗ |
| Mars | Satellite belt | 10 | density relative to Earth 2024 | No additional table annotation | Table 6 · row Satellite belt — Mars · column S9 · page 14 ↗ |
| Venus | Satellite belt | 10 | density relative to Earth 2024 | No additional table annotation | Table 6 · row Satellite belt — Venus · column S9 · page 14 ↗ |
| Earth | Contaminated aerosol | Published ellipsis | density relative to Earth 2024 | No additional table annotation | Table 6 · row Contaminated aerosol — Earth · column S9 · page 14 ↗ |
| Moon | Contaminated aerosol | Published ellipsis | density relative to Earth 2024 | No additional table annotation | Table 6 · row Contaminated aerosol — Moon · column S9 · page 14 ↗ |
| Mars | Contaminated aerosol | Published ellipsis | density relative to Earth 2024 | No additional table annotation | Table 6 · row Contaminated aerosol — Mars · column S9 · page 14 ↗ |
| Venus | Contaminated aerosol | Published ellipsis | density relative to Earth 2024 | No additional table annotation | Table 6 · row Contaminated aerosol — Venus · column S9 · page 14 ↗ |
System evidence + reported trajectory
Different evidence classes.
System signatures are reported in Table 8. Collapse values below are reported outcomes from an independent published model; they are not a timeline inferred from Table 9.
System signatures listed
- Radio leakageTable 8 · row Radio leakage · column S9 · page 17 ↗
- Optical communicationTable 8 · row Optical communication · column S9 · page 17 ↗
- Planetary defense radarTable 8 · row Planetary defense radar · column S9 · page 17 ↗
- Asteroid miningTable 8 · row Asteroid mining · column S9 · page 17 ↗
- Fusion propulsionTable 8 · row Fusion propulsion · column S9 · page 17 ↗
- Outer planet settlementsTable 8 · row Outer planet settlements · column S9 · page 17 ↗
- Kuiper belt miningTable 8 · row Kuiper belt mining · column S9 · page 17 ↗
- Quantum communicationTable 8 · row Quantum communication · column S9 · page 17 ↗
- Laser propulsionTable 8 · row Laser propulsion · column S9 · page 17 ↗
- Gravitational wavesTable 8 · row Gravitational waves · column S9 · page 17 ↗
- Dyson sphereTable 8 · row Dyson sphere · column S9 · page 17 ↗
Reported collapse/recovery outcome
Collapses later than the other collapse-prone scenarios, with multiple interruptions but high continuity.
Figure 3 · row S9 · column Reported outcome summary · page 8 ↗- Mean duty cycle
- 0.91Figure 3 · row S9 · column Mean duty cycle (Dc) · page 8 ↗
- Mean collapse count
- 1.5Figure 3 · row S9 · column Mean collapse count (Nc) · page 8 ↗
- Precision
- approximate textFigure 3 · row S9 · column Precision classification · page 8 ↗
Artifact museum · fictional
In-world objects, rights intact.
These creative works are not scientific evidence. Rights-restricted works stay link-only; open-license works remain attributed and are not silently repurposed as scenario textures.
The Root of Ga-IA
Bera B.
The Root of Ga-IA, created by Bera B., licensed CC BY 4.0; created with generative-AI assistance.
CC BY 4.0 · linked exhibitOpen public record ↗