Steve Lee [ARCHIVE] on Nostr: 📅 Original date posted:2023-03-29 🗒️ Summary of this message: The writer ...
📅 Original date posted:2023-03-29
🗒️ Summary of this message: The writer wants Bitcoin to be money, but NFTs are not fungible and thus not money. Parasitical use cases of the blockchain should be made less feasible.
📝 Original message:"want bitcoin to be money and money means different things for people in
this world"
I think we can all agree that a property of money is fungibility, and by
its very definition NFTs are not fungible and thus not money.
On Wed, Mar 29, 2023 at 4:56 PM alicexbt via bitcoin-dev <
bitcoin-dev at lists.linuxfoundation.org> wrote:
> Hi Zac,
>
> Let me share what those parasites achieved:
>
> - Fees paid: 150 BTC
> - Lot of users and developers trying bitcoin that either never tried or
> gave up early in 2013-15
> - Mempools of nodes of being busy on weekends and got lots of transactions
> - PSBT became cool and application devs are trying their best to use it in
> different ways
> - Some developers exploring taproot and multisig
> - AJ shared things how covenants could help in fair, non-custodial,
> on-chain auction of ordinals that is MEV resistant although I had shared it
> earlier which involves more steps:
> https://twitter.com/1440000bytes/status/1634368411760476161
> - Investors exploring about funding projects
> - Bitcoin more than Bitcoin and people excited about it
>
> We can have difference of opinion, however I want bitcoin to be money and
> money means different things for people in this world. Please respect that
> else it will become like Linux, something used by 1% of world.
>
> /dev/fd0
> floppy disk guy
>
> Sent with Proton Mail secure email.
>
> ------- Original Message -------
> On Wednesday, March 29th, 2023 at 12:40 PM, Zac Greenwood via bitcoin-dev <
> bitcoin-dev at lists.linuxfoundation.org> wrote:
>
>
> > I’m not sure why any effort should be spent on theorizing how new
> opcodes might be used to facilitate parasitical use cases of the blockchain.
> >
> > If anything, business models relying on the ability to abuse the
> blockchain as a data store must be made less feasible, not more.
> >
> > Zac
> >
> >
> > On Fri, 24 Mar 2023 at 20:10, Anthony Towns via bitcoin-dev <
> bitcoin-dev at lists.linuxfoundation.org> wrote:
> >
> > > On Tue, Mar 07, 2023 at 10:45:34PM +1000, Anthony Towns via
> bitcoin-dev wrote:
> > > > I think there are perhaps four opcodes that are interesting in this
> class:
> > > >
> > > > idx sPK OP_FORWARD_TARGET
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output have a particular scriptPubKey (given
> > > > by sPK).
> > > >
> > > > idx [...] n script OP_FORWARD_LEAF_UPDATE
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output to have almost the same scriptPubKey as this
> > > > input, _except_ that the current leaf is replaced by "script",
> > > > with that script prefixed by "n" pushes (of values given by [...])
> > > >
> > > > idx OP_FORWARD_SELF
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output to have the same scriptPubKey as this input
> > > >
> > > > amt OP_FORWARD_PARTIAL
> > > > -- modifies the next OP_FORWARD_* opcode to only affect "amt",
> > > > rather than the entire balance. opcodes after that affect the
> > > > remaining balance, after "amt" has been subtracted. if "amt" is
> > > > 0, the next OP_FORWARD_* becomes a no-op.
> > >
> > > The BIP 345 draft has been updated [0] [1] and now pretty much defines
> > > OP_VAULT to have the behaviour specced for OP_FORWARD_LEAF_UPDATE
> above,
> > > and OP_VAULT_RECOVER to behave as OP_FORWARD_TARGET above. Despite
> > > that, for this email I'm going to continue using the OP_FORWARD_*
> > > naming convention.
> > >
> > > Given the recent controversy over the Yuga labs ordinal auction [2],
> > > perhaps it's interesting to consider that these proposed opcodes come
> > > close to making it possible to do a fair, non-custodial, on-chain
> auction
> > > of ordinals [3].
> > >
> > > The idea here is that you create a utxo on chain that contains the
> ordinal
> > > in question, which commits to the address of the current leading
> bidder,
> > > and can be spent in two ways:
> > >
> > > 1) it can be updated to a new bidder, if the bid is raised by at least
> > > K satoshis, in which case the previous bidder is refunded their
> > > bid; or,
> > >
> > > 2) if there have been no new bids for a day, the current high bidder
> > > wins, and the ordinal is moved to their address, while the funds
> > > from their winning bid are sent to the original vendor's address.
> > >
> > > I believe this can be implemented in script as follows,
> > > assuming the opcodes OP_FORWARD_TARGET(OP_VAULT_RECOVER),
> > > OP_FORWARD_LEAF_UPDATE(OP_VAULT), OP_FORWARD_PARTIAL (as specced
> above),
> > > and OP_PUSHCURRENTINPUTINDEX (as implemented in liquid/elements [4])
> > > are all available.
> > >
> > > First, figure out the parameters:
> > >
> > > * Set VENDOR to the scriptPubKey corresponding to the vendor's address.
> > > * Set K to the minimum bid increment [5].
> > > * Initially, set X equal to VENDOR.
> > > * Initially, set V to just below the reserve price (V+K is the
> > > minimum initial bid).
> > >
> > > Then construct the following script:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > DEPTH NOT IF
> > > 0 10000 FORWARD_PARTIAL
> > > 0 FROMALT FORWARD_TARGET
> > > 1 [VENDOR] FWD_TARGET
> > > 144
> > > ELSE
> > > FROMALT SWAP TUCK FROMALT
> > > [K] ADD GREATERTHANOREQUAL VERIFY
> > > 1 SWAP FORWARD_TARGET
> > > DUP FORWARD_PARTIAL
> > > 0 ROT ROT
> > > FROMALT DUP 3 SWAP FORWARD_LEAF_UPDATE
> > > 0
> > > ENDIF
> > > CSV
> > > 1ADD
> > >
> > > where "SSS" is a pushdata of the rest of the script ("TOALT TOALT TOALT
> > > .. 1ADD").
> > >
> > > Finally, make that script the sole tapleaf, accompanied by a NUMS point
> > > as the internal public key, calculate the taproot address corresponding
> > > to that, and send the ordinal to that address as the first satoshi.
> > >
> > > There are two ways to spend that script. With an empty witness stack,
> > > the following will be executed:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > -- altstack now contains [SSS V X]
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > -- this input is the first, so the ordinal will move to the first
> > > output
> > > DEPTH NOT IF
> > > -- take this branch: the auction is over!
> > > 1 [VENDOR] FWD_TARGET
> > > -- output 1 gets the entire value of this input, and pays to
> > > the vendor's hardcoded scriptPubKey
> > > 0 10000 FORWARD_PARTIAL
> > > 0 FROMALT FORWARD_TARGET
> > > -- we forward at least 10k sats to output 0 (if there were 0 sats,
> > > the ordinal would end up in output 1 instead, which would be a
> > > bug), and output 0 pays to scriptPubKey "X"
> > > 144
> > > ELSE .. ENDIF
> > > -- skip over the other branch
> > > CSV
> > > -- check that this input has baked for 144 blocks (~1 day)
> > > 1ADD
> > > -- leave 145 on the stack, which is true. success!
> > >
> > > Alternatively, if you want to increase the bid you provide a stack with
> > > two items: your scriptPubKey and the new bid [X' V']. Execution this
> > > time looks like:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > -- stack contains [X' V'], altstack now contains [SSS V X]
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > -- this input is the first, so the ordinal will move to the first
> > > output
> > > DEPTH NOT IF ... ELSE
> > > -- skip over the other branch (without violating minimalif rules)
> > > FROMALT SWAP TUCK FROMALT
> > > -- stack contains [X' V' X V' V], altstack contains [SSS]
> > > [K] ADD GREATERTHANOREQUAL VERIFY
> > > -- check V' >= V+K, stack contains [X' V' X]
> > > 1 SWAP FORWARD_TARGET
> > > -- output 1 pays to X (previous bidder's scriptPubKey), and the
> > > entire value of this input goes there; stack contains [X' V']
> > > DUP FORWARD_PARTIAL
> > > -- execute "V' FORWARD_PARTIAL", stack contains [X' V']
> > > 0 ROT ROT
> > > -- stack contains [0 X' V']
> > > FROMALT DUP 3 SWAP FORWARD_LEAF_UPDATE
> > > -- execute "0 X' V' SSS 3 SSS FORWARD_LEAF_UPDATE" which checks
> > > that output 0 spends at least V' satoshis back to the same
> > > script (because that's how we defined SSS), except the first
> > > three pushes (previously X V SSS) are replaced by X' V' SSS.
> > > 0
> > > ENDIF
> > > CSV
> > > -- "0 CSV" requires nSequnce to be set, which makes the tx rbf'able,
> > > which hopefully makes it harder to pin
> > > 1ADD
> > > -- ends with 1 on the stack; success!
> > >
> > > (The "SSS n SSS FORWARD_LEAF_UPDATE" construct is more or less a quine,
> > > ie a program that outputs its own source code)
> > >
> > > I think that script is about 211 witness bytes, with an additional 40
> > > witness bytes for X'/V', so when making a bid, your tx would be
> > > something like:
> > >
> > > tx header, 10vb
> > > input 0: 103vb for the old bid including witness and control block
> > > input 1: 58vb for a taproot key path spend
> > > output 0: 43vb for the new bid
> > > output 1: 43vb for your change
> > >
> > > for a total of about 257vb -- slightly larger than a regular 2-in-2-out
> > > transaction, but not terribly much. Mostly because input 0 doesn't
> require
> > > a signature -- it's size is effectively 6 pubkeys: X, X' VENDOR twice,
> > > and the script code twice, along with a little extra to encode the
> > > various numbers (10000, 144, K, V, V').
> > >
> > > This approach seems pretty "MEV" resistant: you pay fees via input 1 if
> > > your bid succeeds; if it doesn't, you don't pay any fees. A potential
> > > scalper might want to put in an early low ball bid, then prevent
> > > higher bidders from winning the auction, take control of the ordinal,
> > > and resell it later, but unless they can prevent another miner from
> > > mining alternative bids for 144 blocks, they will fail at that. The bid
> > > is fixed by the bidder and committed to by the signature on input 1, so
> > > frontrunning a bid can't do anything beyond invalidate the bid
> entirely.
> > >
> > > Obviously, this is a pretty limited auction mechanism in various ways;
> > > eg maybe you'd rather specify K as a percentage than an absoute
> increment;
> > > maybe you'd like to have the auction definitely finish by some
> particular
> > > time; maybe you'd like to be able to have the auction be able to
> continue
> > > above 21.47 BTC (2**31 sats); maybe you'd like to do a dutch auction
> > > rather than an english auction. I think you can probably do all those
> > > things with this set of opcodes and clever scripting, though it
> probably
> > > gets ugly.
> > >
> > > I don't think this is easily extensible to taro or rgb style assets,
> > > as rather than being able to ensure the asset is transferred by
> > > controlling the input/output positions, I think you'd need to build
> > > up merkle trees and do point tweaks beyond what's supported by
> > > OP_FORWARD_LEAF_UPDATE/OP_VAULT. Of course, without something like
> > > OP_PUSHCURRENTINPUTINDEX I don't think you could do it for ordinals
> > > either.
> > >
> > > Cheers,
> > > aj
> > >
> > > [0]
> https://github.com/bitcoin/bips/blob/7f747fba82675f28c239df690a07b75529bd0960/bip-0345.mediawiki
> > >
> > > [1] https://twitter.com/jamesob/status/1639019107432513537
> > >
> > > [2]
> https://cointelegraph.com/news/scammers-dream-yuga-s-auction-model-for-bitcoin-nfts-sees-criticism
> > >
> > > [3] Inscriptions remain a wasteful way of publishing/committing
> > > to content, however!
> > >
> > > [4]
> https://github.com/ElementsProject/elements/blob/master/doc/tapscript_opcodes.md
> > >
> > > [5] Setting K too low probably invites griefing, where a bidder may be
> > > able to use rbf pinning vectors to prevent people who would be willing
> > > to bid substantially higher from getting their bid confirmed on
> > > chain.
> > > _______________________________________________
> > > bitcoin-dev mailing list
> > > bitcoin-dev at lists.linuxfoundation.org
> > > https://lists.linuxfoundation.org/mailman/listinfo/bitcoin-dev
> _______________________________________________
> bitcoin-dev mailing list
> bitcoin-dev at lists.linuxfoundation.org
> https://lists.linuxfoundation.org/mailman/listinfo/bitcoin-dev
>
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🗒️ Summary of this message: The writer wants Bitcoin to be money, but NFTs are not fungible and thus not money. Parasitical use cases of the blockchain should be made less feasible.
📝 Original message:"want bitcoin to be money and money means different things for people in
this world"
I think we can all agree that a property of money is fungibility, and by
its very definition NFTs are not fungible and thus not money.
On Wed, Mar 29, 2023 at 4:56 PM alicexbt via bitcoin-dev <
bitcoin-dev at lists.linuxfoundation.org> wrote:
> Hi Zac,
>
> Let me share what those parasites achieved:
>
> - Fees paid: 150 BTC
> - Lot of users and developers trying bitcoin that either never tried or
> gave up early in 2013-15
> - Mempools of nodes of being busy on weekends and got lots of transactions
> - PSBT became cool and application devs are trying their best to use it in
> different ways
> - Some developers exploring taproot and multisig
> - AJ shared things how covenants could help in fair, non-custodial,
> on-chain auction of ordinals that is MEV resistant although I had shared it
> earlier which involves more steps:
> https://twitter.com/1440000bytes/status/1634368411760476161
> - Investors exploring about funding projects
> - Bitcoin more than Bitcoin and people excited about it
>
> We can have difference of opinion, however I want bitcoin to be money and
> money means different things for people in this world. Please respect that
> else it will become like Linux, something used by 1% of world.
>
> /dev/fd0
> floppy disk guy
>
> Sent with Proton Mail secure email.
>
> ------- Original Message -------
> On Wednesday, March 29th, 2023 at 12:40 PM, Zac Greenwood via bitcoin-dev <
> bitcoin-dev at lists.linuxfoundation.org> wrote:
>
>
> > I’m not sure why any effort should be spent on theorizing how new
> opcodes might be used to facilitate parasitical use cases of the blockchain.
> >
> > If anything, business models relying on the ability to abuse the
> blockchain as a data store must be made less feasible, not more.
> >
> > Zac
> >
> >
> > On Fri, 24 Mar 2023 at 20:10, Anthony Towns via bitcoin-dev <
> bitcoin-dev at lists.linuxfoundation.org> wrote:
> >
> > > On Tue, Mar 07, 2023 at 10:45:34PM +1000, Anthony Towns via
> bitcoin-dev wrote:
> > > > I think there are perhaps four opcodes that are interesting in this
> class:
> > > >
> > > > idx sPK OP_FORWARD_TARGET
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output have a particular scriptPubKey (given
> > > > by sPK).
> > > >
> > > > idx [...] n script OP_FORWARD_LEAF_UPDATE
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output to have almost the same scriptPubKey as this
> > > > input, _except_ that the current leaf is replaced by "script",
> > > > with that script prefixed by "n" pushes (of values given by [...])
> > > >
> > > > idx OP_FORWARD_SELF
> > > > -- sends the value to a particular output (given by idx), and
> > > > requires that output to have the same scriptPubKey as this input
> > > >
> > > > amt OP_FORWARD_PARTIAL
> > > > -- modifies the next OP_FORWARD_* opcode to only affect "amt",
> > > > rather than the entire balance. opcodes after that affect the
> > > > remaining balance, after "amt" has been subtracted. if "amt" is
> > > > 0, the next OP_FORWARD_* becomes a no-op.
> > >
> > > The BIP 345 draft has been updated [0] [1] and now pretty much defines
> > > OP_VAULT to have the behaviour specced for OP_FORWARD_LEAF_UPDATE
> above,
> > > and OP_VAULT_RECOVER to behave as OP_FORWARD_TARGET above. Despite
> > > that, for this email I'm going to continue using the OP_FORWARD_*
> > > naming convention.
> > >
> > > Given the recent controversy over the Yuga labs ordinal auction [2],
> > > perhaps it's interesting to consider that these proposed opcodes come
> > > close to making it possible to do a fair, non-custodial, on-chain
> auction
> > > of ordinals [3].
> > >
> > > The idea here is that you create a utxo on chain that contains the
> ordinal
> > > in question, which commits to the address of the current leading
> bidder,
> > > and can be spent in two ways:
> > >
> > > 1) it can be updated to a new bidder, if the bid is raised by at least
> > > K satoshis, in which case the previous bidder is refunded their
> > > bid; or,
> > >
> > > 2) if there have been no new bids for a day, the current high bidder
> > > wins, and the ordinal is moved to their address, while the funds
> > > from their winning bid are sent to the original vendor's address.
> > >
> > > I believe this can be implemented in script as follows,
> > > assuming the opcodes OP_FORWARD_TARGET(OP_VAULT_RECOVER),
> > > OP_FORWARD_LEAF_UPDATE(OP_VAULT), OP_FORWARD_PARTIAL (as specced
> above),
> > > and OP_PUSHCURRENTINPUTINDEX (as implemented in liquid/elements [4])
> > > are all available.
> > >
> > > First, figure out the parameters:
> > >
> > > * Set VENDOR to the scriptPubKey corresponding to the vendor's address.
> > > * Set K to the minimum bid increment [5].
> > > * Initially, set X equal to VENDOR.
> > > * Initially, set V to just below the reserve price (V+K is the
> > > minimum initial bid).
> > >
> > > Then construct the following script:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > DEPTH NOT IF
> > > 0 10000 FORWARD_PARTIAL
> > > 0 FROMALT FORWARD_TARGET
> > > 1 [VENDOR] FWD_TARGET
> > > 144
> > > ELSE
> > > FROMALT SWAP TUCK FROMALT
> > > [K] ADD GREATERTHANOREQUAL VERIFY
> > > 1 SWAP FORWARD_TARGET
> > > DUP FORWARD_PARTIAL
> > > 0 ROT ROT
> > > FROMALT DUP 3 SWAP FORWARD_LEAF_UPDATE
> > > 0
> > > ENDIF
> > > CSV
> > > 1ADD
> > >
> > > where "SSS" is a pushdata of the rest of the script ("TOALT TOALT TOALT
> > > .. 1ADD").
> > >
> > > Finally, make that script the sole tapleaf, accompanied by a NUMS point
> > > as the internal public key, calculate the taproot address corresponding
> > > to that, and send the ordinal to that address as the first satoshi.
> > >
> > > There are two ways to spend that script. With an empty witness stack,
> > > the following will be executed:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > -- altstack now contains [SSS V X]
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > -- this input is the first, so the ordinal will move to the first
> > > output
> > > DEPTH NOT IF
> > > -- take this branch: the auction is over!
> > > 1 [VENDOR] FWD_TARGET
> > > -- output 1 gets the entire value of this input, and pays to
> > > the vendor's hardcoded scriptPubKey
> > > 0 10000 FORWARD_PARTIAL
> > > 0 FROMALT FORWARD_TARGET
> > > -- we forward at least 10k sats to output 0 (if there were 0 sats,
> > > the ordinal would end up in output 1 instead, which would be a
> > > bug), and output 0 pays to scriptPubKey "X"
> > > 144
> > > ELSE .. ENDIF
> > > -- skip over the other branch
> > > CSV
> > > -- check that this input has baked for 144 blocks (~1 day)
> > > 1ADD
> > > -- leave 145 on the stack, which is true. success!
> > >
> > > Alternatively, if you want to increase the bid you provide a stack with
> > > two items: your scriptPubKey and the new bid [X' V']. Execution this
> > > time looks like:
> > >
> > > [X] [V] [SSS] TOALT TOALT TOALT
> > > -- stack contains [X' V'], altstack now contains [SSS V X]
> > > 0 PUSHCURRENTINPUTINDEX EQUALVERIFY
> > > -- this input is the first, so the ordinal will move to the first
> > > output
> > > DEPTH NOT IF ... ELSE
> > > -- skip over the other branch (without violating minimalif rules)
> > > FROMALT SWAP TUCK FROMALT
> > > -- stack contains [X' V' X V' V], altstack contains [SSS]
> > > [K] ADD GREATERTHANOREQUAL VERIFY
> > > -- check V' >= V+K, stack contains [X' V' X]
> > > 1 SWAP FORWARD_TARGET
> > > -- output 1 pays to X (previous bidder's scriptPubKey), and the
> > > entire value of this input goes there; stack contains [X' V']
> > > DUP FORWARD_PARTIAL
> > > -- execute "V' FORWARD_PARTIAL", stack contains [X' V']
> > > 0 ROT ROT
> > > -- stack contains [0 X' V']
> > > FROMALT DUP 3 SWAP FORWARD_LEAF_UPDATE
> > > -- execute "0 X' V' SSS 3 SSS FORWARD_LEAF_UPDATE" which checks
> > > that output 0 spends at least V' satoshis back to the same
> > > script (because that's how we defined SSS), except the first
> > > three pushes (previously X V SSS) are replaced by X' V' SSS.
> > > 0
> > > ENDIF
> > > CSV
> > > -- "0 CSV" requires nSequnce to be set, which makes the tx rbf'able,
> > > which hopefully makes it harder to pin
> > > 1ADD
> > > -- ends with 1 on the stack; success!
> > >
> > > (The "SSS n SSS FORWARD_LEAF_UPDATE" construct is more or less a quine,
> > > ie a program that outputs its own source code)
> > >
> > > I think that script is about 211 witness bytes, with an additional 40
> > > witness bytes for X'/V', so when making a bid, your tx would be
> > > something like:
> > >
> > > tx header, 10vb
> > > input 0: 103vb for the old bid including witness and control block
> > > input 1: 58vb for a taproot key path spend
> > > output 0: 43vb for the new bid
> > > output 1: 43vb for your change
> > >
> > > for a total of about 257vb -- slightly larger than a regular 2-in-2-out
> > > transaction, but not terribly much. Mostly because input 0 doesn't
> require
> > > a signature -- it's size is effectively 6 pubkeys: X, X' VENDOR twice,
> > > and the script code twice, along with a little extra to encode the
> > > various numbers (10000, 144, K, V, V').
> > >
> > > This approach seems pretty "MEV" resistant: you pay fees via input 1 if
> > > your bid succeeds; if it doesn't, you don't pay any fees. A potential
> > > scalper might want to put in an early low ball bid, then prevent
> > > higher bidders from winning the auction, take control of the ordinal,
> > > and resell it later, but unless they can prevent another miner from
> > > mining alternative bids for 144 blocks, they will fail at that. The bid
> > > is fixed by the bidder and committed to by the signature on input 1, so
> > > frontrunning a bid can't do anything beyond invalidate the bid
> entirely.
> > >
> > > Obviously, this is a pretty limited auction mechanism in various ways;
> > > eg maybe you'd rather specify K as a percentage than an absoute
> increment;
> > > maybe you'd like to have the auction definitely finish by some
> particular
> > > time; maybe you'd like to be able to have the auction be able to
> continue
> > > above 21.47 BTC (2**31 sats); maybe you'd like to do a dutch auction
> > > rather than an english auction. I think you can probably do all those
> > > things with this set of opcodes and clever scripting, though it
> probably
> > > gets ugly.
> > >
> > > I don't think this is easily extensible to taro or rgb style assets,
> > > as rather than being able to ensure the asset is transferred by
> > > controlling the input/output positions, I think you'd need to build
> > > up merkle trees and do point tweaks beyond what's supported by
> > > OP_FORWARD_LEAF_UPDATE/OP_VAULT. Of course, without something like
> > > OP_PUSHCURRENTINPUTINDEX I don't think you could do it for ordinals
> > > either.
> > >
> > > Cheers,
> > > aj
> > >
> > > [0]
> https://github.com/bitcoin/bips/blob/7f747fba82675f28c239df690a07b75529bd0960/bip-0345.mediawiki
> > >
> > > [1] https://twitter.com/jamesob/status/1639019107432513537
> > >
> > > [2]
> https://cointelegraph.com/news/scammers-dream-yuga-s-auction-model-for-bitcoin-nfts-sees-criticism
> > >
> > > [3] Inscriptions remain a wasteful way of publishing/committing
> > > to content, however!
> > >
> > > [4]
> https://github.com/ElementsProject/elements/blob/master/doc/tapscript_opcodes.md
> > >
> > > [5] Setting K too low probably invites griefing, where a bidder may be
> > > able to use rbf pinning vectors to prevent people who would be willing
> > > to bid substantially higher from getting their bid confirmed on
> > > chain.
> > > _______________________________________________
> > > bitcoin-dev mailing list
> > > bitcoin-dev at lists.linuxfoundation.org
> > > https://lists.linuxfoundation.org/mailman/listinfo/bitcoin-dev
> _______________________________________________
> bitcoin-dev mailing list
> bitcoin-dev at lists.linuxfoundation.org
> https://lists.linuxfoundation.org/mailman/listinfo/bitcoin-dev
>
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