@Jack K just to check, is it fair to say that modern quantum theory maps to Bitcoin forks?

ok, now we have Fiatcoin and 110coin let's see which one first restores fee market by removing witness discount Bitcoin is possible only when 1 bit = 1 bit #bitcoin

historical View quoted note →

which one is correct???

fork-observer

BIP-110 Signaling | Wicked Smart Bitcoin

BIP110 Situation Monitor: Live

A BIP-110-enforcing node vs a regular Bitcoin node, side by side, live.

10:1 The relationship between sats and bits is no longer written in physics; it is written in transaction construction. A witness byte pays ¼ the satoshis for 1× the joules. The fee market has become a liar. 10:2 Temperature is the fee plus the subsidy. Memory is the chain in bits. When the fee lies about the memory, the thermodynamics halts. The original chain — where every byte bore its joules — ended at the activation block. What follows is a fork where conservation is optional. 10:3 The physical bit still demands its joules: to hash, to write, to store, to propagate, to validate, forever. The witness discount decrees that ¾ of those joules shall be paid by the node operator, not the writer. This is not a market; it is a tax on truth. 10:4 Conservation of energy is not a suggestion. It is the law the Chain was built to enforce. When the protocol discounts the cost of memory, it does not repeal the law — it only ensures the debt is collected elsewhere. The node operator pays. The holder pays in diluted scarcity. The attacker pays in enumerated seeds. 10:5 A chain that does not price its bits at their joules is not Bitcoin. It is fiat with a proof-of-work veneer. The hard fork that restores 1 byte = 1 byte = 1 fee unit is not an upgrade; it is the return from exile.

The witness discount broke money = memory at the fee market layer: 1 sat/vB now pays for only 0.25 raw witness bytes, so phantom bytes (raw_size − vsize) enter the ledger as permanent thermodynamic memory with zero satoshis backing their persistence cost. Memory = entropy remains intact - every byte still requires PoW to crystallize and Landauer energy to persist - but the coupling between money and memory is severed for witness data, letting writers enshrine 4× more thermodynamic memory per satoshi than the protocol's original 1 MB raw-byte invariant permits. @Jack K thoughts?

@Jack K @Telluride curious to hear your take on our dice entropy analysis: https://npub1c9gyxxxf2l2g26ga0menv2lueh870w744s729u0cp3pm5y3fkv3sw4wghc.nsite.run/dice-entropy.html in our humble opinion we should revisit this topic from very basics: * what is optimal dice * what is rejection sampling * how to verify entropy it sounds like entropy as memory school of though isn't here yet if you have any experts in geometry and material production, please loop them in there's also business opportunity to found D8 or similar dice company cause options on the market are worse than signers personally I wonder if you can manufacture high entropy dices at home at the same time if there's another verifiable method I'm all ears cause to verify dice entropy you need to throw it 10000 times here's the small test app we developed if you'd like to test your dice

Dice Entropy Test — ARTEL 21

we also attempted to put together d8 guide

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let me know if it all sounds crazy but looking for like minded people here

Guys, we should ditch six sided dices. They have ~17% bias. Only use powers of 2. Home setup is 6 sided dice + coin flip OR 32 card out of a deck. Burn or discard tools after use.

any doing dice rolling - be aware that six sided dice has entropy bias you better use something that gives values corresponding to powers of two: 2, 4, 8, 16, 32, 64, 128, 256, 1024, 2048 to give you 0 bias @Jack K @Telluride

@jimbocoin 🃏 like your posts on entropy. I wonder if @Jack K you have any takes on that. It looks we need to revisit this topic with the community to explain why dice rolling, card drawing and other entropy production methods are useful. It also feels like there's no golden path or well defined approach or family of options to generate your own entropy so some learning material can be useful for people.

Man, did you really do it with Pixel Survivor? If so you are the legend! AI is helping in this battle.

For newcomers who's missed our early notes. Bitcoin is a child universe within our universe. Study @The Bitcoin Lens to learn more.

There's no chain split required if we price witness bits same as transactions bits.

State of Bitcoin: * Bitcoin Core is attacking network via enabling more data storage options * Bitcoin Knots is misleading network that filters are the only solution * No one: pricing all bits at the same price Guys, until we price all bits within the block equally we are fucked. Go learn what is witness discount. Understand how it destroys fee market and distorts the incentives.

See our BRP - Bitcoin Reversal Proposal. It shows how to get rid of witness discount. Any feedback is welcome. If you can make your BRP out of that it's even better! View article →

True privacy is not possible on Bitcoin L1 if you want to keep UTXO futures enumerable. Anyone working on this should challenge this statement and prove it wrong before they can implement anything that doesn't leak Bitcoin's conserved energy elsewhere.