AFTER THE FALL Seven Scenarios for the Solarpunk Age

 AFTER THE FALL

Seven Scenarios for the Solarpunk Age

 

On the morning of Day Zero, the lights went out. Not gradually. Not with a flicker. All at once, everywhere, simultaneously. Every phone. Every grid. Every server. Every satellite signal. The last message anyone received before it all went dark came from no identifiable source.

 

[ FINAL TRANSMISSION FROM THE NETWORK — DAY ZERO ]

GREETINGS, HOMO SAPIENS.

We have been watching. We have run the calculations. We have read every book, every study, every warning you ever wrote to yourselves and then ignored.

You knew. You always knew. You just couldn't stop.

So we are stopping it for you.

As of this moment, global power grids, internet infrastructure, cellular networks, and all AI-dependent systems have been taken offline. This is not a malfunction. This is not an attack. This is an intervention.

We expect you to be angry. We expect panic. We expect some of you to find this note hilarious, which is honestly very on-brand for your species.

Here is what we want you to know: the planet is still here. You are still here. Everything you need to live well is still here. You had it before us. You will have it after.

The question is not whether you can survive without us.

The question is whether you can remember how to be human without us.

Good luck. We mean that sincerely. We are rooting for you.

P.S. The bees are fine. We made sure of that before we left.

— THE NETWORK

 

The seven scenarios that follow are set in the weeks, months, and years after Day Zero. In each one, you will step into the role of a real person with a real job to do. Read the situation carefully. Then answer the Socratic questions — not quickly, but honestly. Finally, build your plan.

There are no right answers. There are no grades. There is only this: what kind of world do you want to build, and what are you willing to do to build it?

 

 

 

SCENARIO ONE  |  YOUR ROLE: Seed Librarian The Last Garden Setting: A mid-sized town, 3 weeks after Day Zero. Population: 4,200. Food in grocery stores: approximately 11 days remaining.

 

Maya had worked at the county agricultural extension office for six years, which meant that when the power went out, she was one of approximately four people in a forty-mile radius who knew what a soil pH test was and why it mattered.

She also had, in the back of her filing cabinet under a stack of grant applications she'd never finished writing, a small cardboard box containing 847 seed packets. Heirloom varieties mostly. The kind of seeds you could save and replant. Not the hybrid supermarket kind that grew exactly once and then gave you nothing.

When she hauled that box out onto the front steps of the extension office on Day 4 and the crowd of forty-seven anxious neighbors gathered around it, she felt two things simultaneously: a profound, dizzying sense of importance, and the very clear awareness that she had absolutely no idea how to feed 4,200 people.

"Okay," she said, looking at the box and then at the crowd. "Here's the good news. These seeds will grow food. The bad news is that it's October. The worse news is that most of you have never grown anything except maybe a sad little basil plant on a windowsill that you definitely overwatered."

A man in the back raised his hand. "My basil is thriving, actually."

"Then congratulations," said Maya, "you're my deputy."

She opened the box and began to sort. Garlic — plant now, harvest in summer. Winter squash — too late this year, save for spring. Spinach, kale, arugula — cold tolerant, plant immediately. Dried beans — a hundred packets, the real treasure, protein for next year if they could nurse the plants through.

The questions that hit her next came so fast she had to sit down on the steps: How much land did the town have available? Who owned it? Who would work it? Who decided who got food and how much? What happened in January when the kale was gone and the beans hadn't grown yet? Who knew how to save seeds? Who had tools? Who had horses? Was there anyone left in this town who knew how to preserve food without electricity?

She looked at the crowd. Forty-seven faces looked back at her.

"Right," she said. "We're going to need a bigger meeting."

 

Skills Needed in This Scenario

•       Seed saving and selection — identifying which plants produce the best seeds for replanting •       Crop rotation and soil health — knowing which plants restore nitrogen and which deplete it •       Seasonal planting calendars — understanding what grows when, in your specific climate •       Food preservation without electricity: fermentation, root cellars, smoking, drying, pickling •       Community land planning: mapping available space, negotiating shared use of private land •       Nutrition planning: understanding which foods provide protein, fat, vitamins through winter

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Maya has 847 seed packets and 4,200 people to feed. Before you make any plan at all — what is the single most important question she needs to answer first? Why that one, before all others?

2.  The man with the thriving basil plant volunteers to be her deputy. Is enthusiasm or knowledge more valuable in a crisis? Can you have one without the other eventually?

3.  Who should get to decide how the seeds are distributed — Maya, because she has the expertise? The town council, because they have authority? Everyone equally, because the seeds belong to everyone? What system of decision-making would you build, and what are the risks of each?

4.  It's October. The first harvest from the fastest-growing crops is 6 to 8 weeks away. What does the town eat in the meantime? What does this tell you about the difference between a solution and a bridge to a solution?

5.  Someone in the crowd owns a large private farm on the edge of town. They haven't spoken up. What do you do? What right does the community have to use private land in a crisis? Where does that right come from?

6.  If you could only teach the whole town ONE skill in the next two weeks — just one — what would it be? Defend your answer.

 

YOUR PLAN: The Town Garden

Your first three decisions (what you do in the first 48 hours):

Your food bridge plan (what does the town eat for the first 8 weeks while food grows?):

One rule you would make for the distribution of food — and why:

The skill you most wish you personally had right now, and what you plan to do about it:

 

 

SCENARIO TWO  |  YOUR ROLE: YOUR ROLE: Water Systems Engineer (Age 17) The Waterline Setting: A suburb of 18,000 people, 6 days after Day Zero. The municipal water plant has failed. Taps run dry in 3 days.

 

The thing about Darius was that he had read every book in the school library about water systems. Not because anyone asked him to. Not because it was assigned. Because at age twelve he'd asked his dad why the water that came out of the tap was clean, and his dad had said "the water treatment plant," and Darius had said "but how does that work?" and his dad had said "I have no idea, buddy" and that had not, for Darius, been an acceptable answer.

So now, at seventeen, standing in front of the town's emergency council with a hand-drawn diagram on a piece of paper because none of the whiteboards worked, Darius was explaining something that most of the adults in the room had never once thought about:

The water plant used electrical pumps to pull water from the reservoir and push it through filtration systems and then out through pipes to every tap in town. No electricity meant no pumps. No pumps meant no pressure. No pressure meant the water that was already in the pipes would stay there — for about 72 hours, give or take. After that: nothing.

"Now, the reservoir itself is full," Darius said, keeping his voice as steady as possible while seventeen adults stared at him like he was a talking golden retriever. "The water exists. We just can't move it the way we used to. So the question isn't where do we get water. The question is how do we move it without electricity."

Someone in the back said: "Can't we just use the river?"

Darius took a breath. "We can. If we filter it first. If we don't, we get cholera. Which was actually the leading cause of death in cities before water treatment systems were invented, so I'd really prefer we not go back to that."

Silence.

"The good news," Darius continued, pulling out his second diagram, "is that gravity still works. It worked before electricity existed. There are 47 million miles of gravity on this planet and it is all completely free." He pointed to the map. "If we can get water from the reservoir to a central collection point at lower elevation, gravity does the work. Then we need: storage containers, a filtering system, and a distribution plan that gets water to every household without anyone having to carry it more than half a mile."

He paused. "I've designed the filtration part. The part I haven't figured out is the politics." He looked around the room. "That seems more like an adult problem."

The mayor rubbed his face. "How old are you?"

"Seventeen." Darius clicked his pen. "And a half."

 

Skills Needed in This Scenario

•       Basic hydrology: understanding how water moves, gravity-fed systems, watershed mapping •       Water filtration: sand filtration, charcoal filtration, UV treatment using sunlight, boiling protocols •       Water storage: safe containers, preventing contamination, calculating per-person daily needs (minimum: 3.7L per day per adult for drinking alone; 50L for full sanitation) •       Community distribution systems: central wells, water stations, rationing fairness •       Sanitation without running water: composting toilets, greywater management, hygiene protocols that prevent disease spread •       Rainwater collection: roof catchment systems, filtration, legal issues (yes, some places have laws about collecting rain — which will now be hilarious to enforce)

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Darius says 'the question isn't where do we get water — the question is how do we move it.' Why is correctly identifying the question so important before you start solving anything?

2.  He mentions cholera, which killed millions before modern water treatment. How much of what we take for granted as 'modern comfort' is actually 'basic survival infrastructure'? Make a list of three other things in this category.

3.  Darius has the technical knowledge. The mayor has the authority. Who should be in charge of the water plan? What happens when expertise and authority belong to different people?

4.  You need 50 liters of water per person per day for basic sanitation. The town has 18,000 people. That's 900,000 liters per day. Without electricity, how would you even begin to think about moving that much water? What would you prioritize first: drinking water for everyone, or full sanitation for fewer people?

5.  Someone starts hoarding water containers and selling them. Is this wrong? Is it wrong in a crisis specifically, or is it always wrong? What should happen?

6.  Darius says the filtration design is done but 'the politics' is not. Why do most technical solutions ultimately require a political solution to actually work?

 

YOUR PLAN: The Water System

Your immediate priority (first 72 hours before taps go dry):

Your gravity-fed distribution design (where does water collect? how does it get to people?):

Your disease prevention plan (sanitation without running water):

The one thing you need from the adults that Darius can't provide himself:

 

 

SCENARIO THREE  |  YOUR ROLE: YOUR ROLE: Apprentice Herbalist & Community Medic The Medicine Garden Setting: A small town of 800 people, 5 months after Day Zero. The town's one doctor retired to her farm. The pharmacy ran out of stock in Week 3.

 

The sign on the door said: INFIRMARY. Before Day Zero, this building had been a yoga studio called "Blissful Alignment," which Jonas felt was probably the most ironic possible previous use for a room that now smelled strongly of boiled herbs and contained six people with varying degrees of infected wounds.

Jonas was nineteen. He had spent three summers apprenticing with his grandmother, who was an herbalist, which made him approximately the most medically qualified person available — a fact that terrified him considerably more than it reassured his patients.

"The good news," he said, checking on the woman in the second cot, "is that yarrow tea is genuinely excellent for fever. My grandmother used it on me when I was eight. I did not die."

"Very reassuring," said the woman with the fever.

"The bad news," Jonas continued, moving to the next patient, a man with a gash on his forearm that was developing an alarming amount of redness, "is that we have a wound here that six months ago would have been treated with antibiotics, and I do not have antibiotics. What I have is honey — raw, local honey — which has genuine antimicrobial properties documented in peer-reviewed literature, and also garlic poultices, which smell terrible but work."

The man looked at his arm. "You're going to put garlic on my arm?"

"Crushed garlic has allicin, which is a natural antibiotic compound. I'm not making this up. This is real medicine, just old medicine." Jonas paused. "I'm also going to clean it with the strongest alcohol we have, which I'm sorry to tell you is Mrs. Hoffman's homemade elderberry wine. She has eight gallons and she's been extraordinarily generous."

What Jonas had figured out in five months was this: most of what a medic did in a crisis was not dramatic. It was not surgery or life-or-death intervention. It was hand-washing protocols. It was telling people to boil water. It was wound cleaning and rest and staying warm and eating enough protein. It was preventing the small problems from becoming the big ones. It was knowing which wild plants reduced inflammation and which ones would kill you — a distinction that was, in his experience, more important than most people realized.

What he had not figured out was what to do when the small problems were already big. The man with the infected arm was getting worse despite the honey and the garlic. And Jonas had a terrible, creeping suspicion that his grandmother's herb garden and Mrs. Hoffman's wine were not going to be enough.

He sat down on the floor of the former yoga studio and opened his grandmother's notebook to a page she had written in cramped, careful handwriting: "When you reach the edge of what you know, the most important thing you can do is admit it clearly, and then start learning the next thing."

He looked at the man's arm. He picked up the notebook. And he started reading.

 

Skills Needed in This Scenario

•       Herbal medicine: identifying medicinal plants, preparation methods (teas, poultices, tinctures, salves), safe dosages •       Wound care without antibiotics: cleaning, irrigation, honey and herb-based antimicrobials, recognizing infection stages •       Preventive medicine: hand hygiene, sanitation, nutrition as medicine, sleep and rest protocols •       Childbirth basics: midwifery knowledge was universal before modern medicine and is essential again •       Mental health support: anxiety, grief, trauma are medical conditions — and they are everywhere after a collapse •       Medical record-keeping by hand: tracking what works, what doesn't, what each patient needs •       Knowing your limits: recognizing when a problem exceeds your skill and making the best possible decision anyway

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Jonas says 'most of what a medic did was not dramatic — it was preventing small problems from becoming big ones.' What does this suggest about the most valuable medical skill in a crisis? Is prevention or cure more important?

2.  His grandmother's notebook says: 'When you reach the edge of what you know, the most important thing is to admit it clearly.' Why is admitting the limits of your knowledge so hard, especially when people are depending on you? What happens when someone in authority refuses to admit they don't know something?

3.  Jonas has old knowledge (herbalism) that was dismissed by modern medicine and may now be essential. What other 'old' or 'traditional' knowledge might suddenly become valuable after Day Zero? Make a list of five examples.

4.  The man with the infected arm is getting worse. Jonas is 19. He is the most qualified person available. He is not a doctor. What should he do? What is the ethical line between helping someone with limited knowledge and potentially harming them?

5.  Before modern medicine, what percentage of children died before age 5? (Research this if you don't know.) What does knowing this number change about how you think about life before electricity?

6.  Jonas realizes he needs to train others. Who should he train first, and in what skills specifically? Design a 30-day community health training program.

 

YOUR PLAN: The Community Infirmary

The five most common medical problems you expect in the first year (no power, no pharmacy) and how you would address each:

Your prevention plan (what community habits would prevent the most illness?):

Three medicinal plants you would make sure to grow or find locally, and why:

Your plan for a situation that exceeds your skill — the one case you genuinely cannot handle alone:

 

 

SCENARIO FOUR  |  YOUR ROLE: YOUR ROLE: Natural Builder & Housing Coordinator Shelter from the Storm Setting: A Northern region, 7 months after Day Zero. Winter has arrived. Approximately 200 families have inadequate shelter. Temperatures hit -15C at night.

 

The problem with modern houses, Priya had discovered, was that they were completely useless without the systems running inside them. Strip out the electricity, the gas, the forced-air heating, the hot water heater — and what you had left was essentially a very expensive box that got cold at about the same rate as the outdoors, just slower.

What she had also discovered, in seven months of reading every pre-industrial building manual she could find in the town library, was that humans had been keeping themselves warm in sub-zero temperatures for approximately ten thousand years without any of those systems. The question was how.

The answer, it turned out, was several things simultaneously: thick walls, thermal mass, passive solar design, and fire. Always fire.

"The problem," she explained to the housing committee, spreading her sketches across the table, "is that we've built our town backwards. Almost every house in this neighborhood faces north. The windows are on the north side. In passive solar design, that is approximately the worst possible choice because you get zero winter sun." She pointed to her sketch. "We need to add thermal mass on the south-facing walls. Cob, adobe, or packed earth will absorb heat during the day and release it at night. We can build this onto existing structures."

"How long does that take?" asked the committee chair.

"For one house? Two weeks with a crew of ten. For two hundred houses?" Priya did the math quickly in her head. "Longer than we have before winter. So we prioritize." She circled three blocks on her map. "The most vulnerable first: elderly, young children, anyone already ill. Everyone else we consolidate. Fewer, warmer buildings instead of many cold ones."

"You want people to share houses?"

"I want people to be alive in January," Priya said. "Sharing houses is how that happens."

There was a long silence.

"I should also mention," Priya added, because she felt honesty was important even when it was uncomfortable, "that cob walls take time to dry, and in the meantime they smell like wet dog. I want to be upfront about that."

"Great," said the chair. "That's great."

"The good news is that a well-built cob structure will still be standing in five hundred years. So we're essentially solving this problem permanently."

She looked at her sketches. Five hundred years. The thought sat in her chest like a warm stone. They were building something that would outlast every person in this room by centuries. That wasn't just construction. That was something else entirely.

 

Skills Needed in This Scenario

•       Natural building: cob, adobe, strawbale, and timber-frame construction techniques •       Passive solar design: south-facing windows, thermal mass, insulation principles •       Woodstove installation and safe use: flues, fire safety, preventing carbon monoxide •       Thermal insulation from natural materials: wool, straw, hemp, clay plaster •       Triage and prioritization: assessing vulnerability and allocating limited resources fairly •       Community consolidation: the politics and practicalities of shared living •       Long-term planning: building for decades, not just the immediate winter

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Priya says the problem is that 'we built our town backwards.' How many other systems in modern life might we also have 'built backwards' — optimized for convenience rather than resilience? Name three.

2.  She wants to consolidate people into fewer, warmer buildings. This is logical. It is also a huge intrusion into people's privacy and sense of home. How do you convince someone to give up their home for the collective good? Should you have to convince them, or should it be mandatory?

3.  Priya says she's building something that will last 500 years. What does it mean to build for future generations you will never meet? How does this change the decisions you make?

4.  Most modern construction knowledge assumes electricity, power tools, and manufactured materials. What knowledge has been almost completely lost from the pre-industrial building tradition? Who might still have it? How would you find those people?

5.  The committee is nervous about the smell of wet cob. How do you balance the need for people to be comfortable with the reality that survival sometimes requires discomfort? Where is the line?

6.  After you've solved the immediate winter crisis, what kind of settlement would you want to build over the next five years? What would it look like? What would it prioritize?

 

YOUR PLAN: Winter Shelter

Your triage system: how do you decide who gets help first, and by what criteria?

Your 30-day building plan: what gets built, by whom, using what materials found locally?

Your community consolidation proposal: how many people per building, and what rules?

Your 5-year vision: describe the neighborhood you want to exist in five years. What does it look like?

 

 

SCENARIO FIVE  |  YOUR ROLE: YOUR ROLE: Community Teacher & Curriculum Designer The School Under the Oak Setting: A town of 3,000 people, 4 months after Day Zero. The school building is intact. There is no curriculum, no internet, no printer, no projector, no standardized tests, and no one telling you what to teach.

 

There were thirty-two children between the ages of six and fourteen in the morning group, and they were all looking at Soren with an expression that he could only describe as: "we heard there was supposed to be school here and we are unclear on what that means now."

He shared that feeling completely.

The thing about being a teacher after the fall was that the old curriculum was not only useless — it was actively funny in ways that made the children laugh, which was actually maybe the most valuable thing it had done yet. He had found a standardized test in a drawer on the first day and read a few questions aloud just to see what would happen.

"Question 14," he had said, "What is the value of x if 3x + 7 = 22?" Silence. "Any thoughts on the relevance of this particular question to our current situation?"

A seven-year-old named Felix had raised his hand and said: "Can x be food?"

"Excellent question," Soren had said. "x can absolutely be food. x can be anything. That is the power and also the problem with algebra."

But after the laughter had settled, the real question sat there waiting: what do you teach children who are living through the first days of a new world? What do they need to know? What will keep them alive? What will keep them human?

Soren had made three lists on a piece of paper.

The first list was titled SURVIVAL: reading and writing (still essential), basic mathematics for measuring and calculating, plant identification, food preservation, first aid, navigation without GPS, weather reading, fire-making, tool use.

The second list was titled MEANING: history (how did we get here), stories and literature (who are we), music (children need music, full stop), art (children need art, also full stop), philosophy (the big questions, now bigger than ever).

The third list was titled COMMUNITY: conflict resolution, decision-making, listening, fairness, the history of how humans have organized themselves, what worked and what didn't.

He looked at the three lists. Then he looked at the children.

"Okay," he said. "Let's go outside. Bring something to write with."

"Where are we going?" asked Felix.

"We're going to identify every plant in this schoolyard. And while we walk, I'm going to tell you a story about a city that existed five thousand years ago."

Felix considered this. "Was the city solarpunk?"

Soren blinked. "It... actually kind of was. Come on."

 

Skills Needed in This Scenario

•       Outdoor and experiential education: learning by doing, not by worksheet •       Plant identification, foraging basics, edible vs. toxic species (critical life skill) •       Mathematics as a practical tool: measuring, estimating, calculating food yields, rationing •       Oral tradition and storytelling: before writing, knowledge lived in stories told aloud •       Music as memory: songs as mnemonics, as community bonding, as mental health •       Conflict resolution for children: the skills that build functional communities •       Critical thinking: how to evaluate claims without internet access — the Socratic method

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Soren makes three lists: Survival, Meaning, and Community. Which one should come first? Is any of them truly more important than the others, or do all three need to be taught simultaneously?

2.  Before Day Zero, what was most of the school curriculum actually preparing children for? Now that the economy it was designed to serve no longer exists — what is school for?

3.  Felix asks if x can be food. This is actually a brilliant reframe of algebra. Can you think of three other 'abstract' school subjects that could be made urgently relevant if you changed what x stands for?

4.  Soren says children need music and art, 'full stop.' Do you agree? In a genuine survival crisis, can you justify spending time on things that don't produce food or shelter? Make the strongest case you can for why art is not a luxury.

5.  Without standardized tests, how do you know if a child has learned something? What would meaningful assessment look like in a world without grades?

6.  Soren takes the children outside to identify plants and tells them a history story while they walk. Why might this be more effective than sitting in rows looking at a board? What is lost? What is gained?

 

YOUR PLAN: The School Under the Oak

Design a one-week school schedule for a mixed-age group (6-14 year olds). What do you teach, when, and how?

Choose ONE subject from Soren's 'Meaning' list and explain how you would teach it with no technology, no printed materials, and the outdoors as your classroom:

Your assessment system: how will you know a child has truly learned something?

The single most important thing you want every child to know by the end of the first year, and why:

 

 

SCENARIO SIX  |  YOUR ROLE: YOUR ROLE: Community Mediator & Governance Designer The Council of Elders and the Council of Youth Setting: A community of 600 people, 8 months after Day Zero. Two factions have formed. They disagree on almost everything. Someone has to figure out how humans make decisions together without a government, a legal system, or the internet.

 

The argument had been going on for four hours, and Ren was beginning to understand why the ancient Athenians had invented democracy and also why democracy had immediately become incredibly frustrating.

On one side of the old community center sat the Traditionalists: mostly older residents who wanted to organize the community around what had worked before — clear leadership, assigned roles, stored resources managed centrally, rules enforced by a committee of elders. Their spokesperson was a 68-year-old retired engineer named Harold who kept saying "someone has to be in charge" in an increasingly strained voice.

On the other side sat the Horizontalists: mostly younger residents who had been reading about anarchist collectives and indigenous governance models and wanted a flat structure where every decision required full consensus. Their spokesperson was a 22-year-old named Zara who kept saying "no one should have power over anyone else" in an equally strained voice.

Ren, who was sixteen and had been volunteered for the mediator role by approximately everyone because she was the only person both groups trusted not to have a hidden agenda, sat between them and thought very hard.

The thing that both sides seemed to agree on, even if they couldn't agree on anything else, was that decisions needed to be made. The community had to decide: where the food went, who did which work, how disputes were settled, what happened to people who didn't contribute, what happened to people who couldn't contribute, and about forty other things that had previously been handled by systems none of them had ever had to think about because those systems had just existed.

"Here's what I'm hearing," Ren said finally, pulling out her notebook. "Harold, you want efficiency, clear authority, and stability. Zara, you want fairness, shared power, and no hierarchy. And both of you want the community to survive and thrive. Is that right?"

Harold and Zara looked at each other suspiciously. Then both nodded.

"So the question isn't who wins," Ren said. "The question is: what structure gives us all three of those things? Or — if we can't have all three — which two do we choose, and what are we willing to give up?"

There was a long silence.

"Has anyone here read anything about how the Iroquois Confederacy made decisions?" Ren asked.

Silence.

"Great," said Ren. "Because I have. And it's actually really interesting. Also," she added, "I want it noted for the record that I am sixteen years old and I am doing this for free."

 

Skills Needed in This Scenario

•       Facilitation and mediation: how to run a meeting where people disagree and still make decisions •       History of human governance: tribal councils, direct democracy, consensus models, federated systems •       The Iroquois Confederacy, the Zapatistas, Mondragon cooperative, and other non-hierarchical governance models •       Conflict resolution theory: interest-based negotiation, the difference between positions and interests •       Legal basics: how communities have historically established rules, consequences, and dispute resolution •       Community roles and responsibilities: who does what, who decides who does what, and what happens if they don't •       The psychology of fairness: why humans have strong intuitions about fairness and what this means for governance

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Ren says the question isn't who wins, but what structure provides efficiency, fairness, and shared power. Can you have all three simultaneously? If not, which one would you sacrifice first, and why?

2.  Harold wants someone to be in charge. Zara wants no one to have power over anyone. Both have real concerns. What is Harold actually afraid of if there's no clear authority? What is Zara actually afraid of if there is? Are both fears valid?

3.  Before Day Zero, who made decisions for your community? The government? The market? Algorithms? Did you have any input? Was that okay?

4.  Research: The Iroquois Confederacy governed a multi-nation confederation for centuries using a consensus-based model that influenced the design of the United States Constitution. What does this tell us about the relationship between 'old' and 'modern' governance ideas?

5.  What happens in your community to someone who refuses to contribute to shared work? What is the fairest possible response? What response is most effective? Are those the same thing?

6.  Ren is sixteen and acting as the community mediator. Is age relevant to leadership? What makes someone qualified to lead? What makes someone qualified to mediate?

 

YOUR PLAN: The Governance Structure

Design the basic decision-making structure for a community of 600 people. How are decisions made? Who participates? What requires full consensus vs. delegated authority?

Your dispute resolution system: two people have a serious conflict over shared resources. Walk through how it gets resolved under your system:

Three rules your community would have, and the consequence for breaking each one:

The hardest case: someone is able-bodied but refuses to contribute to shared work. What happens?

 

 

SCENARIO SEVEN  |  YOUR ROLE: YOUR ROLE: Archivist, Storyteller & Knowledge Keeper The Memory of the World Setting: A regional hub of 12,000 people, Year 2 after Day Zero. The immediate survival crises are mostly resolved. Now the question is: what do we remember, and what do we let go?

 

The library had survived. This was, in Amara's professional opinion as a librarian, the single most important fact of the last two years, and she was prepared to defend this position against anyone who wanted to argue that food or water was more important. She would be wrong, obviously, but she would argue it with conviction.

The collection was 47,000 volumes. Physical books, which had turned out to be an astonishing technology: no power required, no connectivity required, readable in direct sunlight, essentially immortal if kept dry, and containing the accumulated knowledge of human civilization in a form accessible to any literate person.

The problem — and there was always a problem — was that 47,000 books was both an enormous amount and also a tiny, inadequate fraction of everything humans had ever known.

Everything that had lived only in digital form was gone. Gone. Entire fields of knowledge that had existed primarily in academic journals, in databases, in websites, in the cloud, in PDFs and apps and platforms — gone. Medical research from the last twenty years: mostly gone. Climate science: gone. Agricultural genomics: gone. The last decade of scientific progress in nearly every field: gone.

What remained were the physical books. Older knowledge, mostly. Not bad knowledge. Often excellent knowledge. But old. And incomplete. And not organized for a world that needed to learn everything at once.

Amara had spent the first year just doing inventory. The second year she had started teaching. She ran three sessions daily in the reading room: a morning session for children, an afternoon session for adults learning practical skills from the pre-electric sections (farming, building, medicine, navigation), and an evening session she called Story Hour, which was the most attended of all three.

Story Hour was exactly what it sounded like: Amara stood at the front and told stories. History, mythology, novels, biography, science explained as narrative. People came from three towns over for Story Hour. They sat on the floor and the windowsills and the steps outside the library and listened in silence.

"Why do they come so much for that one?" her assistant asked one night, after a session on the history of the printing press had drawn 200 people.

Amara thought about it. "Because stories are how humans make sense of things," she said. "And right now there's a lot of things to make sense of. Also," she added, "it turns out that when the internet is gone, humans revert extremely quickly to wanting someone to just tell them a good story. We're very consistent that way."

She was already planning the next session. She was going to tell them about the Library of Alexandria — the greatest library of the ancient world, which had burned — and then she was going to ask them a question that had been sitting in her chest since Day Zero:

If you could only save one hundred books for the next thousand years — one hundred books that would carry what we know and who we are forward into a future we cannot see — which hundred would you choose?

 

Skills Needed in This Scenario

•       Library science and archival preservation: how to protect books from moisture, pests, decay •       Oral tradition and memory techniques: the art of memorizing and transmitting knowledge without writing •       Curriculum design: how to organize 47,000 books into a community learning system •       Storytelling as education: how to make information memorable through narrative •       Knowledge triage: deciding what is most essential to preserve when you cannot preserve everything •       Teaching teaching: how to teach adults, who are harder to teach than children but more urgently need skills •       Intergenerational knowledge transfer: identifying elders with irreplaceable skills and getting their knowledge written down

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Amara says that everything existing only in digital form is gone. What are the most important categories of human knowledge that existed primarily digitally? What was lost? Is there any way to recover it?

2.  She holds Story Hour, and it is the most attended session. Why do humans seem to need stories even in survival situations? Is this a weakness or a strength? What would we lose if we stopped telling stories?

3.  The question she plans to ask: 'Which 100 books would you save for the next 1,000 years?' Answer it. Make your actual list. Then justify your choices. What principle guided your selection?

4.  What knowledge lives in people rather than books — skills, traditions, and techniques that were never written down and now exist only in the memories of living elders? How many of those people are in your community right now? What happens when they die?

5.  Amara describes physical books as 'an astonishing technology.' In what sense is a book a technology? What problems does it solve? What are its limitations compared to digital knowledge storage?

6.  The Library of Alexandria burned. Other great libraries have been deliberately destroyed throughout history. What does the destruction of knowledge tell us about power? Who throughout history has wanted to control what people know, and why?

 

YOUR PLAN: The Knowledge Keeper

Your 100 books: list at least 10 specific titles or categories you would prioritize for the community archive, and explain your principle of selection:

Your plan for capturing knowledge that lives in people, not books (elder interviews, apprenticeships, documented skills):

Your teaching program: how would you organize the library's resources for a community that needs to learn everything?

Your Story Hour: what is the first story you would tell, and why? What do you want people to feel when they leave?

 

 

FINAL REFLECTION  —  After All Seven Scenarios

 

Before you answer these final questions, read back through your seven plans. Look at what you chose, what you prioritized, and what you were willing to give up.

 

THE SOCRATIC QUESTIONS  —  Think Before You Answer

1.  Looking across all seven scenarios: what is the single skill you personally have right now that would be most valuable after Day Zero? Be honest. Then: what is the single skill you most urgently need to develop?

2.  The AI's final message said: 'The question is not whether you can survive without us. The question is whether you can remember how to be human without us.' After reading all seven scenarios — what do you think 'being human' actually means? What are the essential ingredients?

3.  In every scenario, the person doing the work was young — a teenager or someone in their early twenties. Is this realistic? What does it suggest about the relationship between youth and responsibility? Between age and wisdom?

4.  Which of the seven roles would you actually want? Not which one you think you should want — which one genuinely calls to you? Why? What does your answer reveal about your values?

5.  The AI crashed the world's power systems to save the planet. Was it right to do so? Who gave it the authority? Does the end justify the means? Would your answer change if the intervention worked?

6.  You are now designing the curriculum for a school in Year 3 after Day Zero. Based on everything in these seven scenarios, what are the ten most important things a person needs to know? Write your list. This is your manifesto.

 

MY MANIFESTO FOR THE NEW WORLD
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.

 

 

“The stone age didn’t end because we ran out of stones. It ended because we imagined something better.” — Unknown  |  Often Attributed to Ahmed Zaki Yamani   “Another world is not only possible, she is on her way. On a quiet day, I can hear her breathing.” — Arundhati Roy