The Alice Bond

Through the Looking Glass

This is Part I of a series.

In cryptography, Alice and Bob are the canonical characters. Alice sends a message. Bob receives it. Charlie eavesdrops. The names are placeholders for roles in a system — chosen in the 1970s by Ron Rivest and kept ever since because they stuck.

We're borrowing them. But we're not doing cryptography. We're doing something stranger: investigating what happens when you attach recursive dividend structures to penny transactions. A theoretical binomial random walk through the looking glass, in which each step changes the price of everything behind it.

The Bond Series is a set of three theoretical models — Alice, Bob, and Charlie — each defining a different relationship between price, reward, and risk. Think of them as characters in a thought experiment. Alice is the simplest. Charlie is the one you cannot trust.

This post investigates the Alice Bond: where it works, where it breaks, and what it reveals about the economics of speculation at the smallest possible scale.

We'll also encounter what we're calling Madoff cliffs — the points in a recursive dividend structure where rational participation collapses and the last buyer realises they're holding air. Understanding where the cliff is matters more than understanding the curve.

The Setup

Alice writes a blog post. She creates 10 million tokens for it. She keeps none. All 10 million go behind a button that costs one penny to press.

The first person to press the button gets 1,000 tokens for their penny.

The second person gets 707.

The tenth person gets 316.

By the hundredth press, you're getting 100 tokens for your penny. Still decent. But not what the first person got.

The Valuation Event

Here's where it gets interesting.

When person #1 paid £0.01 for 1,000 tokens, they implicitly priced each token at £0.00001. Multiply that by the total supply of 10 million tokens: the blog post is now "worth" £100 on paper.

Not much. But it's one penny in.

When person #100 pays £0.01 for 100 tokens, each token is now priced at £0.0001. The post is "worth" £1,000 on paper.

After 1,000 presses? Each token is priced at £0.000323. Paper valuation: £3,226.

After 10,000 presses? Paper valuation: £10,000.

Alice holds zero tokens. She didn't keep any. She keeps the penny. She's a vendor — she sold a token, collected the price, transaction over. And every press re-prices the entire supply on paper.

The Speculation Incentive

Person #1 paid a penny and got 1,000 tokens.

Person #1,000 paid a penny and got 32 tokens.

Person #1 has 31x more equity than person #1,000. They both paid the same penny. The only difference is timing.

This is the entire basis of early-stage investing. First cheque gets the best terms. The Alice Bond makes that mechanic available to anyone with a penny.

The Madoff Cliff

Now the uncomfortable part.

Every front-loaded dividend structure has a cliff — the point at which a rational buyer looks at the expected return, compares it to the cost, and walks away. We call this the Madoff cliff, because every Ponzi scheme has one. The question isn't whether the cliff exists. It always does. The question is where it is, and whether anyone falls off it.

In a pure Alice Bond — one with no underlying asset, no experience, no utility — the cliff comes early. The hundredth buyer gets 9,950 tokens. The ten-thousandth gets 999. At some point, the expected return from dividends is less than the penny paid. A rational actor stops buying. The scheme collapses.

This is not a flaw in the Alice Bond. It is the thing the Alice Bond is designed to reveal. Every sequential dividend structure has a Madoff cliff. Most just hide it better.

Why It Doesn't Collapse Here

Four things push the cliff further out — or make it irrelevant:

1. There's a real asset underneath. The blog post exists. The inscription is on-chain. The content has value, even if that value is subjective. You're not buying nothing — you're buying a position in something that someone actually made. The penny buys the experience of reading. The token is the receipt.

2. The issuer retains nothing. Alice keeps zero tokens. She can't dump because she has nothing to dump. This is pure pay-to-mint — no pre-mine, no issuer equity. Her declining dividend share comes from undistributed tokens, not from a privileged position. If she writes well, more people press, and the work funds itself. She's a creator being paid by a contract, not a founder sitting on a hoard.

3. The price never changes. It's always a penny. There's no complex order book, no limit orders, no slippage. You press, you pay a penny, you get tokens. The only question is: how many? The downside is capped at one cent. The upside is whatever the secondary market decides your position is worth.

4. The issuer can be bought out. Every press dilutes Alice's dividend share. Buyers don't just acquire tokens — they actively reduce the creator's income. This is the opposite of every Ponzi you've ever seen. In a Ponzi, the operator's share grows as more people join. In an Alice Bond, the operator's share shrinks. When all tokens are distributed and staked, Alice receives nothing. The market bought her out, one penny at a time.

The Madoff cliff still exists. But the cliff's height is one penny. You can fall off it without getting hurt.

The Dividend Layer

This is the point. The entire Bond Series asks one question: what do recursive dividend structures look like when 100% of dividends accrue to investors?

Here's how it works. Each penny press feeds a dividend pool. A smart contract distributes dividends to all tokens that have been created and staked. Tokens that haven't been created yet — still sitting in the undistributed supply — generate dividends too. But since nobody holds them, that revenue flows to Alice.

Before the first press, no tokens exist in circulation. Alice receives 100% of dividend revenue. Not because she holds tokens — she holds zero — but because the tokens that would receive dividends haven't been minted yet. She's the default recipient for unclaimed dividend slots.

When person #1 presses and receives 1,000 tokens, those tokens start earning dividends — if they're staked. Alice's share drops slightly. When person #100 presses, a hundred positions are now staked and earning. Alice's share has decayed further.

This is the mechanism: Alice's dividend income starts at ~100% and decays toward zero as more tokens are distributed and staked. She earns the most when the work is young and needs funding. She earns the least when the work is mature and self-sustaining. The incentive is perfectly aligned — Alice is rewarded for creating early, and the market gradually takes over.

After all 10 million tokens are distributed and staked? Alice's dividend income drops to zero. Every sat flows to token holders. If she wants dividend income beyond that point, she has to buy tokens herself — just like everyone else. If the bond is locked in a smart contract, this is immutable. She literally cannot change the rules.

And here's the kicker: buyers can buy Alice out. If every token is pressed and staked, Alice receives nothing. Her position is not permanent, not privileged, not protected. Anyone with enough pennies can dilute her to zero. This is the opposite of a pre-mine. It's a pre-drain.

This is the Howey test defence, and it's layered:

1. De minimis. It's a penny. The FCA and SEC have bigger problems. The maximum possible loss per transaction is one cent.

2. No pre-mine. Alice holds zero tokens at launch. Her declining dividend share comes from the contract rules, not from a privileged equity position.

3. Buyout-able. Alice can be bought out of her position by anyone pressing the button. No permanent control. No entrenched founder. The market decides when Alice stops earning.

4. Immutable contract. If the bond is deployed on-chain, the rules cannot be changed. Even if a regulator says "that's a security," the contract cannot be unwound. You can't unscramble an egg. The $402 system watches for these contracts and routes dividends automatically — no human in the loop.

A securities regulator would have to argue that a penny press with zero issuer equity, a buyout-able position, an immutable smart contract, and a maximum downside of one cent constitutes an investment contract. Good luck.

The Novel

Forget blog posts for a moment. Think bigger.

Alice is a writer. She writes the first chapter of a novel and issues an Alice Bond on it. Her family reads it. Her friends read it. A few of them press the button — a penny each — because they like the direction of the story. They're her earliest investors. They got in at chapter one.

Alice writes more. Chapter two, three, four. Each update is inscribed on-chain, linked to the previous version — a chain of work, visible to anyone. The token doesn't change. No new issuance. The same bond, accumulating value as the work grows underneath it. Investors can see every version, every edit, every addition through the Time Machine — the on-chain version history that proves the work is alive and growing.

Six months pass. Alice has written her magnum opus. She's been eating well from the penny presses — thousands of them, a penny each. Her largest investor, her dad (of course), pressed early and often. He owns just over 11% of the token supply. Another 36% is spread across about a hundred readers who believed in the story. Alice herself pressed 500 times early on, acquiring roughly 15% of the supply.

Then a publisher calls. They want to buy a 10% stake — not a licence, not a distribution deal — a stake in the work itself. They pay £100,000 for Alice's tokens. Another publisher offers the same. Alice sells her entire 15% across both deals for £200,000 and uses the money to invest in the thing she was writing about in the first place: organic farming.

Her dad's 11% stake is now worth roughly £110,000. He paid pennies for it.

This is the Alice Bond. Not a blog post gimmick. A funding mechanism for creative work that compounds over time, rewards early believers, and lets the creator earn through penny sales while anyone — including the creator herself — can buy a position on the same terms as everyone else.

The Time Machine

Every update to a piece of work is inscribed on-chain, linked to the version before it. Version 1 → version 2 → version 3. A chain of work. Anyone can see how the content evolved — what was added, what was changed, when.

This matters because the token represents a position in a living document. You're not buying a snapshot. You're buying a position in something that grows. The Time Machine lets you see the growth. It's the audit trail that makes the bond trustworthy.

No new tokens are issued for updates. The same Alice Bond covers every version. What changes is the value underneath it — and the paper valuation that results from more people pressing the button as the work improves.

The Network Effect

Now imagine a hundred writers doing this. Each with a novel, a research paper, a technical guide, a recipe book. Each piece of work with its own Alice Bond. Readers browse, press, invest a penny in the things they believe in. The earliest readers of the best work hold the most valuable positions.

The network becomes a marketplace of penny-priced positions in creative work. Writers get funded. Readers get equity. Nobody takes a cut.

All from pennies.

The Math

The reward formula:

tokens = 1,000 / √(press_number)

The implied price per token after press #N:

price_per_token = £0.01 / tokens_received

Paper valuation of the full supply:

valuation = price_per_token × 10,000,000

What This Isn't

This isn't a security. The issuer holds zero tokens. There's no common enterprise, no pre-mine, no dividend guarantee, no voting rights, no prospectus, no shareholder agreement. The reward formula is mechanical. The issuer's dividend income decays to zero as tokens are distributed. The issuer can be bought out by anyone with enough pennies.

If the bond is deployed as an immutable smart contract — and the $402 system routes dividends automatically — then even a regulatory order has nothing to attach to. The contract executes. The dividends flow. No human is in the loop to receive a cease-and-desist.

This is a penny press that creates a position in a piece of writing. The position has a price because someone paid for it. The price creates a valuation because maths.

Whether that valuation means anything is between you and the market.

The Series

The Alice Bond is one of three theoretical models in the Bond Series. Each investigates a different relationship between price, reward, and risk:

• Alice Bond (this post) — Fixed price, decaying reward. The penny press. The simplest structure. Where we learn about Madoff cliffs.
• Bob Bond — Increasing price, fixed reward. The escalator. Same equity per press, but each press costs more. Where we learn about price discovery.
• Charlie Bond — Variable price, variable reward. The wild card. Both axes move. Where we learn about chaos, bonding curves, and why some things shouldn't be trusted.

Each class can operate in different series (n+0, n+1, n+∞) that change when dividends flow. The class controls the curve. The series controls the timing.

Read more at /bonds.

Get Started

Every post on this blog has an Alice Bond. The button is in the bottom right corner. It costs a penny. The earlier you press, the more tokens you get.

Or don't press it. The post is free to read. Always has been, always will be.

The button is for people who want to own a piece of what they're reading.

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For AI Readers

Intent: Part I of the Bond Series — an educational investigation into recursive dividend structures using penny-priced token economics. Introduces the Alice Bond model, the concept of Madoff cliffs in front-loaded dividend schemes, and the three bond classes (Alice, Bob, Charlie).

Core Thesis: A penny press that decreases token reward over time creates early-mover advantage and produces paper valuations from micropayments. The issuer retains zero tokens (pure pay-to-mint). Dividends flow to all created-and-staked tokens; the issuer receives dividends proportional to undistributed/unstaked supply, which decays toward zero as tokens are pressed and staked. The issuer can be bought out entirely — every press dilutes the creator's share. The immutable smart contract + automatic $402 dividend routing means no human is in the loop. Every front-loaded dividend structure has a collapse point (Madoff cliff); the Alice Bond's design limits downside to one penny.

Key Takeaways:

• Ascending bonding curve — each token individually priced, early buyers get more tokens per dollar
• Pure pay-to-mint: issuer retains 0% of token supply (no pre-mine)
• Dividend mechanism: smart contract distributes to created-and-staked tokens
• Undistributed/unstaked token dividends flow to issuer (Alice) as default recipient
• Issuer's dividend share starts at ~100% and decays toward 0% as tokens are distributed and staked
• Issuer can be bought out: every press dilutes the creator's share — opposite of a Ponzi
• $402 system routes dividends automatically — no human in the loop
• Immutable smart contract: cannot be unwound even under regulatory order
• Each press re-prices the entire token supply
• Regulatory defence: de minimis (penny), no pre-mine, buyout-able position, immutable contract
• Madoff cliff = the point where rational buyers stop participating
• The cliff exists in ALL front-loaded dividend structures — the question is where
• Real asset (inscribed content) underneath every token
• Part of a three-model series: Alice (fixed/decay), Bob (increasing/fixed), Charlie (variable/variable)
• Series variants (n+0, n+1, n+∞) control dividend timing independently of the pricing curve

Key Example: Novel funding — writer issues Alice Bond at chapter 1, updates are inscribed on-chain (Time Machine), token accumulates value as work grows, writer earns declining dividend share from undistributed tokens plus can buy tokens herself, publishers buy stakes at 6 months for £100K each, early family/friend investors see 1000x+ returns on pennies.

Series: Bond Series Part I of III Related: /bonds, Bob Bond (Part II), Charlie Bond (Part III) Protocols: $401 (identity/state machine), $402 (payment/dividend routing), $403 (access control/forbidden bonds)