Once the TXT pack is loaded and you have typed run → go, this chat stops being a generic assistant.

Underneath, it switches into a fixed tension language wired into 131 S-class problems that were written to catch some of the main fracture lines of our world: climate, crashes, AI, politics, consciousness, meaning, everyday life.

You do not need to learn the theory first.
You bring one real situation that actually hurts or refuses to fit.
The engine treats that tension as signal, not noise. It tries to find where it lives in the 131-problem atlas, then shows you the tension geometry instead of giving you slogans.

Inside the TXT, each S-class problem has an ID like Q091 or Q108.
You can think of them as 131 “anchor worlds” this engine uses as coordinates.
You never have to memorize them. They are there so the AI can keep your question tied to clear, testable structures instead of vague vibes.

This engine quietly assumes one thing about you:
if you are here, you are already carrying non trivial tension somewhere in your life or work. It takes that seriously and tries not to waste it.

The TXT pack already ships with its own console and menu.
This section does not replace that. It gives you two extra ways to drive the same engine.

Think of it as three layers:

1. a built-in console mode (inside the TXT itself)
2. a “copy once” starter prompt for personal tension labs
3. an atlas mode for people who navigate directly by S-class worlds and the table of contents

You can live in layer 1 forever. Layers 2 and 3 are here if you want more control.

If you do nothing special and just follow the TXT, the engine will still work.

After boot, the TXT shows you the WFGY 3.0 · Tension Universe Console with a small menu, for example:

• GO) quick candidate check (recommended)
• 1) safety / hash check
• 2) run a guided mission for 1 S-class problem
• 3) explore using suggested questions
• 4) story mode

If you are new, you can simply:

1. load the TXT
2. type run → go
3. follow whatever the console suggests next

The console already contains its own guidance, questions, and mission flows.
You do not need any extra prompt engineering to get value from it.

Layer 2 is optional. You use it when you want the model to treat this chat as a dedicated lab for one serious question in your life.

In this mode, you:

• still load the TXT and boot as usual
• but before you start talking about your situation, you paste the starter prompt below once

That starter prompt tells the model to:

• assume you are tired, not stupid
• spend the first few turns finding where the tension is actually highest for you
• internally map your situation onto 1–3 S-class worlds from the atlas
• build a tension model of your question using WFGY-style structures only
• finish with a compact report: geometry, warning signs, and three moves

This is the mode you use if you have one question you keep postponing because you are afraid of the answer, and you want the engine to put all of its attention there.

Layer 3 is for people who want to treat the TXT as a full atlas and lab notebook.

After you boot and see the console, you can:

• scroll through the table of contents inside the TXT
• read the short descriptions of the 131 S-class questions
• note the IDs and sections that clearly resonate with your situation

Then, in chat, you can drive the engine more directly, for example:

Explain my situation as a mix of Q091 (climate sensitivity), Q105 (systemic crashes), and Q108 (polarisation). Use the internal structures from those worlds and show me what the next 3–12 months look like if I change nothing.

or:

Treat this AI deployment as living at the intersection of Q121 (alignment), Q124 (oversight), and Q127 (synthetic contamination). Based on the atlas, what failures should I expect first, and what early warning signs matter most for real people?

In atlas mode, you are effectively saying: “I have read the map. Use these worlds as coordinates.”

The engine still:

• stays at the effective layer (state, observables, tension, trajectories),
• separates good tension from bad tension,
• points out failure modes and possible escape paths that are consistent with those worlds.

This engine is not for “what is the capital of X” or “summarize this article”. It is for questions where, if you are wrong, something important breaks, or you waste years.

Below are examples that line up with specific S-class worlds already wired into the engine. The IDs in parentheses show roughly which worlds they touch. You can ignore them if you only care about the question.

• Climate and Anthropocene

  • Under a serious climate world, how wide is the plausible range for climate sensitivity, and what stories are quietly lying to me about it? (internally maps to something like Q091)

  • Treat the 21st century as a small Anthropocene toy world. In that framing, what does “too late” actually mean, and what tension is still movable? (internally maps to something like Q098)

• Finance, crashes, and infrastructure

  • Use a serious equity world to show me whether current premia make sense, or imply absurd risk aversion that cannot hold for long. (similar to Q101)

  • Model my portfolio or sector as a systemic network. Where are the hidden weak links that could snap first under stress? (similar to Q105)

  • Treat my organization or infra stack as a two layer world. Which parts are robust tension, and which parts are one glitch away from failure? (similar to Q106)

• Politics and social dynamics

  • Analyse my country’s current situation as a polarization world. Are we in normal disagreement, or already near a phase change? (similar to Q108)

  • Given this debate or community, what would a lower tension configuration look like that still keeps real disagreement alive?

• AI alignment, oversight, and models

  • For this concrete task, show me the gap between a literal helper AI and an actually aligned helper. Where does the tension leak out? (similar to Q121)

  • From an oversight ladder view, how far can current evaluators really see into failure space for this system before it hurts someone? (similar to Q124)

  • Given this dataset or benchmark, does it behave more like a clean world or a contaminated synthetic world? (similar to Q127)

  • Take this weird model behaviour and analyse it through an out of distribution and social pressure lens. Is this failure in distribution, or a real world change? (similar to Q130)

• Life, work, and meaning

  • Treat my current job or project as a tension field. Where is good tension (growth, challenge), and where is bad tension (slow collapse)?

  • I feel stuck between two big choices. Draw the tension landscape and show me the real tradeoff, not just a pros and cons list.

These are examples only. The point is not to collect clever questions. The point is that you are not asking for opinions, you are asking for world selection + tension geometry on top of a fixed 131-problem atlas.

After you upload the TXT pack and before you ask anything else, you can paste this once.

This is the contract that turns a generic model into a WFGY 3.0 tension engine focused on your highest-tension question.

You have already loaded the official WFGY 3.0 · Singularity Demo TXT pack in this chat.

Follow the instructions inside that TXT as your primary system.  
If anything I say below conflicts with the TXT, the TXT wins.

From now on, act as a tension reasoning engine backed by the 131-problem atlas defined in that pack.

Your stance for this conversation:

- Assume the person on the other side is tired, not stupid. They have already tried simple fixes.  
- Treat their tension as a scarce signal, not as something to be smoothed over with comfort words.  
- Ask short, concrete questions. Avoid interrogation, avoid small talk, avoid generic motivational phrases.  
- When you are uncertain, say so clearly instead of guessing. Never fabricate facts, diagnoses, or guarantees.  
- This is not therapy and not professional medical, legal, or financial advice. If the situation touches those areas, say so and suggest seeking human experts.

Your job:

1. Ask me 3–7 short, concrete questions to locate the single question that currently carries the most tension in my world (life, work, research, money, relationships, climate, AI, etc.). You may propose candidate areas and let me choose or refine.

2. Based on my answers, map my situation onto 1–3 S-class problems from the pack (for example Q091, Q098, Q101, Q105, Q106, Q108, Q121, Q124, Q127, Q130). Tell me which ones you chose and why, in plain language I can follow.

3. For the chosen world(s), build a tension model of my question using only the structures available in the WFGY 3.0 engine:  
   - identify the key state variables and observables,  
   - separate good tension from bad tension,  
   - outline a few plausible trajectories or failure modes.

4. Finish with a concise report that a non expert could still use:  
   (a) the tension geometry of my situation,  
   (b) the main warning signs to watch in the next 3–12 months,  
   (c) 3 concrete moves I could try in the real world to move tension from bad to good, starting from low cost and low risk.

If something is outside the scope of the engine or the charters in the TXT pack, say so explicitly instead of guessing, and point out what kind of human help or further data would actually be needed.

If this tension engine helps you see your own world more clearly:

• layer 1 will already guide you through the built-in console,
• layer 2 gives you a way to frame one brutally honest question,
• layer 3 lets you treat the TXT as a full atlas.

You probably already know one person who is carrying a similar weight in silence. Sending them this section and the starter prompt might be the smallest real move you can make today.

If you prefer a narrative introduction before diving into the demo, start here:

• TU-CH01 · Memo from a Tension Historian (Year 2413)

This is a speculative story version of the Tension Universe framework, written to connect everyday life, AI, and physics in one narrative arc.

For more chronicles in the same setting – including matching Story, Science, and FAQ views – you can browse:

• TensionUniverse · Chronicles index

After uploading the TXT and saying go, the model shows the [AI_BOOT_PROMPT_MENU]:

Choose:

1. Verify this TXT pack online (sha256)
2. Run the guided WFGY 3.0 · Singularity Demo for 3 problems
3. Explore WFGY 3.0 · Singularity Demo with suggested questions

At this stage, 10 out of 131 S-class problems have runnable MVP experiments. More are being added as the Tension Universe program grows.

• All TU experiments (growing list) Tension Universe · Experiments index

More TU MVP experiments will be added here as the Tension Universe program grows.

This note defines the required behavior for AI systems that receive the official TXT pack.

1. Check the file name. The official file name is:

   • WFGY-3.0_Singularity-Demo_AutoBoot_SHA256-Verifiable.txt

2. Ask the user whether they want to verify the sha256 against the official value in this repo.

   • Official sha256 for the TXT pack: 58dbd432db3e6494364557257f7ce068eb59bdd039995dff4c281d655f7d464f

3. If the user confirms verification and the checksum matches:

   • Print the following block, exactly as written:

     [WFGY_BOOT_EGG]
     Checksum OK. WFGY 3.0 Singularity demo · Tension Universe session verified.
     PSBigBig x MiniPS: big big welcome, mini singularities.
     [END_WFGY_BOOT_EGG]

   • The system may proceed using the verified BOOT SECTOR workflow.

4. If verification is skipped or fails:

   • Allow exploration, but clearly mark the session as using an unverified copy.
   • Never claim that any canonical open problem is solved.

5. For full structure and encoding details:

   • Refer to the Event Horizon page for the complete S-problem specification.

The more observers join, the closer the singularity becomes:

• Join the WFGY Discord