Earlier quoted context omitted.
It's more than just science. I believe it changes the world more than anything in the last 30 years. I have been thinking of what the world would be without internet / computers / mobile phones, but having a great liquid store of value. If I had to choose only 1 of these technologies for my life, I would pick Bitcoin.
You do realize you need internet / computers for Bitcoin to exist, right?
Bitcoin's Academic Pedigree
41–50 of 147 posts
Re: Bitcoin's Academic Pedigree
#42Earlier quoted context omitted.
I've spent a lot of time reviewing the original Bitcoin codebase. It's brilliant code. It's production-grade C++. There's nothing in it that hints at academic origins. Most people are either academics or professional coders -- to be both is a rare exception. The codebase seemed to materialize out of nowhere. One of the earliest commits in the SVN repo contains 36 thousand lines of code. "Satoshi" (or this group of pe…
Which is why I wouldn't be surprised if "Satoshi Nakamoto" turns out to be, not an individual, but a tightly-knit team of people , including BOTH professional coders who write software for a living AND computer scientists with strong academic backgrounds. Bitcoin is in my view too impressive an achievement to be the work of a single person working in isolation.
It's been done before... for example, djb
Re: Bitcoin's Academic Pedigree
#43Earlier quoted context omitted.
I've spent a lot of time reviewing the original Bitcoin codebase. It's brilliant code. It's production-grade C++. There's nothing in it that hints at academic origins. Most people are either academics or professional coders -- to be both is a rare exception. The codebase seemed to materialize out of nowhere. One of the earliest commits in the SVN repo contains 36 thousand lines of code. "Satoshi" (or this group of pe…
Which is why I wouldn't be surprised if "Satoshi Nakamoto" turns out to be, not an individual, but a tightly-knit team of people , including BOTH professional coders who write software for a living AND computer scientists with strong academic backgrounds. Bitcoin is in my view too impressive an achievement to be the work of a single person working in isolation.
Re: Bitcoin's Academic Pedigree
#44Earlier quoted context omitted.
Which is why I wouldn't be surprised if "Satoshi Nakamoto" turns out to be, not an individual, but a tightly-knit team of people , including BOTH professional coders who write software for a living AND computer scientists with strong academic backgrounds. Bitcoin is in my view too impressive an achievement to be the work of a single person working in isolation.
> too impressive an achievement to be the work of a single person working in isolation. It's been done before... for example, djb
Re: Bitcoin's Academic Pedigree
#45Earlier quoted context omitted.
I've spent a lot of time reviewing the original Bitcoin codebase. It's brilliant code. It's production-grade C++. There's nothing in it that hints at academic origins. Most people are either academics or professional coders -- to be both is a rare exception. The codebase seemed to materialize out of nowhere. One of the earliest commits in the SVN repo contains 36 thousand lines of code. "Satoshi" (or this group of pe…
Which is why I wouldn't be surprised if "Satoshi Nakamoto" turns out to be, not an individual, but a tightly-knit team of people , including BOTH professional coders who write software for a living AND computer scientists with strong academic backgrounds. Bitcoin is in my view too impressive an achievement to be the work of a single person working in isolation.
Re: Bitcoin's Academic Pedigree
#46This article correctly shows that virtually none of the ideas underpinning Bitcoin are new. They can all be traced to the academic literature going back decades. Cryptographic signatures and public-key cryptography, cryptographic hash functions, cryptographic proof-of-work, time-stamping, Merkle trees, chains of transactions blocks, Byzantine fault tolerance, smart contracts -- all of these ideas were old when Bitcoi…
> This article correctly shows that virtually none of the ideas underpinning Bitcoin are new. They can all be traced to the academic literature going back decades. Yes, the debts Satoshi owed to others were obvious right from the start. I made pretty much exactly the same argument as OP over 6 years ago in my then-widely-read essay "Bitcoin is Worse is Better" https://www.gwern.net/Bitcoin%20is%20Worse%20is%20Better…
Re: Bitcoin's Academic Pedigree
#47Earlier quoted context omitted.
> too impressive an achievement to be the work of a single person working in isolation. It's been done before... for example, djb
Could you explain what his accomplishment was in terms a non-cryptographer could understand?
It took 8 years before the first bug was found in these projects.
I highly recommend reading through the guidelines in https://cr.yp.to/qmail/guarantee.html for how to write secure software. In particular point 5, Don't Parse, is broadly applicable and under appreciated. A well-known class of bugs arising from this error are SQL injection attacks.
Re: Bitcoin's Academic Pedigree
#48Anyone serious about crypotcurrencies will know at least know two ideas not being Satoshi originals - 1. Ecash, Digicash - author's refer to it in paragraph one as something people are aware of. 2. PoW/Hashcash - Sure people might not be aware of the anti-spam but they are aware of Hashcash and Adam Back. That being the case, I think author's assumption that everyone in the bitcoin space thinks Satoshi as the one inv…
Re: Bitcoin's Academic Pedigree
#49Its amazing to me it took 15 years to go from hashcash to Bitcoin. I think it speaks to the strangeness of Bitcoin, and its niche idealogical underpinnings. Bitcoin solved a problem that most of the people never thought about. Yet if you're looking to solve Bitcoin's problem set, calibrated hashcash to secure a ledger seems completely obvious. I also thought that Bitcoin's asic-vulnerability (and thus mining centrali…
One of the points of the article is that the field wasn't idle during those 15 years; bit gold, b-money, and Finney's RPOW made incremental improvements on hashcash that led to Bitcoin. Also, Bitcoin is kind of a "dirty" solution to the consensus problem; if all the academics were looking for an elegant solution it's not surprising that they didn't discover it.
Everyone keeping a complete history of all actions is, like, consensus 101.
Research is based around not having to do that.
Re: Bitcoin's Academic Pedigree
#50Earlier quoted context omitted.
Which is why I wouldn't be surprised if "Satoshi Nakamoto" turns out to be, not an individual, but a tightly-knit team of people , including BOTH professional coders who write software for a living AND computer scientists with strong academic backgrounds. Bitcoin is in my view too impressive an achievement to be the work of a single person working in isolation.
> too impressive an achievement to be the work of a single person working in isolation. It's been done before... for example, djb