Here is an HTML template and layout designed to help you organize the `seastead.ai/ai` page.
It includes a section for **Current Active Design Points**, a **Discarded Design Points** (where I have pre-populated the Cable/Noise topic you mentioned), and the **Historical Data** section you requested to keep intact.
You can copy the code below, save it as an `.html` file, and replace the placeholder content with your specific Q&A.
```html
Seastead Design Space - Cleanup Draft
Current Active Design Points [Active]
Focusing on the Tension Leg Platform (TLP) design without external mooring cables.
Q: How does the TLP react to rogue waves?
A: The vertical tendons dampen the vertical motion significantly compared to traditional floating platforms...
Q: What is the optimal material for the pontoons?
A: High-density polyethylene (HDPE) is preferred for corrosion resistance, though reinforced concrete is being re-evaluated for long-term stability.
Q: How are we handling waste management?
A: A closed-loop aerobic composting system integrated into the sub-structure.
Discarded Design Points [Archived]
These designs were tested but are no longer the primary focus due to the shift in top candidate architecture.
Q: How do we mitigate noise propagation in high-tensile cables at speeds >15 knots?
A: [DEPRECATED] We previously explored catenary mooring using steel cables. However, the current top candidate (TLP) does not utilize external cables. This question is archived as it is not relevant to the current geometry.
Q: What is the drag coefficient of the Torus shape?
A: [DEPRECATED] We initially considered the Torus design for centralized mass. This has been discarded in favor of the modular platform design.
Q: Feasibility of Nuclear Micro-Reactors.
A: [DEPRECATED] While power dense, regulatory and safety overhead in international waters makes solar/wave hybrid more viable for V1.
Historical Data [Preserved]
This section contains scale models, pictures, and experimental results. It is kept for historical context and is not part of the active AI design space cleanup.
- Scale Model 1: 1:50 Foam prototype of the Alpha concept (2019).
- Wave Tank Testing Video: Results showing stability issues with the first-generation anchor system.
- Material Stress Charts: Data on early composite materials that were ultimately too brittle for saltwater UV exposure.
```
### Recommendations for Other Cleanup Items
Based on standard seastead engineering phases, here are other categories you should look for within `seastead.ai/ai` that often become obsolete quickly:
1. **Location-Specific Data:**
* *What to look for:* Questions mentioning "Pacific Gyre," "Caribbean Hurricanes," or specific depths (e.g., "requires 500m depth").
* *Action:* If the current top candidate is designed for shallow coastal stability (e.g., <100m depth), move deep-ocean anchoring questions here.
2. **Redundant Safety Systems:**
* *What to look for:* Old debates on "Ballast vs. Water Tanks" or "Manual Anchoring vs. Dynamic Positioning."
* *Action:* If you have selected a specific stability method, archive the Q&A on the alternatives (e.g., if you chose passive stability via waterballast, archive questions on active gyro stabilizers).
3. **Outdated Software/AI Assumptions:**
* *What to look for:* References to specific outdated AI models (e.g., "Does GPT-3 handle wave prediction?") or hardware constraints (e.g., "Raspberry Pi sensitivity to humidity").
* *Action:* Move these to "Discarded" or "Historical" depending on whether you still intend to use a basic computer brain.
4. **Regulatory/Legal Jurisprudence (if too specific):**
* *What to look for:* Heavy focus on specific jurisdictions (like specific old seasteading projects like 'The锦绣' or specific flag state laws).
* *Action:* If the current strategy is "Aquaculture Licenses" rather than "Creating a new country," move the "New Country" legal framework Q&A to the side.