bitcoins
Earlier this month, a cryptocurrency token called Luna crashed in price – an event that also brought down the value of bitcoin, became the biggest crash in cryptocurrency history thus far, earned the person or persons who (probably) orchestrated this fall nearly a billion dollars, and stuck a big-ass wrench in
bitcoins
I don’t know how the author of a piece in the Times of India managed to keep a straight face when introducing a school based on Vedic rituals that would “show the way” to curing diseases like cancer. Even the more honest scientific studies that are regularly accompanied by
anonymity
Facebook, Twitter, email, WordPress, Instagram, online banking, the list goes on… Offline, you’re one person maintaining (presumably) one identity. On the web, you have many of them. All of them might point at you, but they’re still distinct packets of data floating through different websites. Within each site,
bitcoins
I’m still unsure about bitcoins’ uncertain future as far as mainstream adoption is concerned, but such issues have been hogging media limelight so much so that people are missing out on why bitcoins are actually awesome. They’re not awesome because they’re worth about $800 apiece (at the
bitcoins
In a previous post, I’d laid out the technical details of what goes into mining and transacting with bitcoins (BTC). My original idea was to talk about why they are an important invention, but also felt that the technology mattered enough to merit a post of its own. BTCs
application-specific integrated circuits
In a 2008 paper, a Japanese programmer, Satoshi Nakamoto, introduced an alternate form of currency that he called bitcoins. His justifications were the problems plaguing contemporary digital commerce. In Nakamoto’s words: “Completely non-reversible transactions are not really possible, since financial institutions cannot avoid mediating disputes. The cost of mediation
