I summarize the coolest ideas in crypto simply. Only basic programming knowledge (i.e. O(n) time) needed. No payment allowed, papers chosen by coolness only.
What's going on in the Terra paper? In short, it executes price stabilizing strategies on the consensus layer itself, keeping the main asset at a constant price (i.e. imagine if ETH didn't change prices). (1/9)
https://t.co/rsvsyH65PO
What's going on in the Terra paper? In short, it executes price stabilizing strategies on the consensus layer itself, keeping the main asset at a constant price (i.e. imagine if ETH didn't change prices). (1/9)
https://t.co/rsvsyH65PO
Terra makes lofty claims about usability due to price stability on the consensus layer, but it's unclear why this novelty makes Terra more attractive than, say, DAI or RAI on L2s/Eth2. Yield is great on the chain, but lack of EVM compatibility means DeFi is slow to grow. (9/9)
What is going on in Celestia's LazyLedger paper? In short, it describes a generic way to create fast multi-application chains by decoupling transaction validity and data availability (I'll explain what that is and how exactly down below). (1/10)
https://t.co/2HS6tyuCbA
If I got anything wrong, let me know! I highly recommend reading the original paper if you want more specifics -- let me know what I should break down next week! (10/10)
What are the flaws? There's no censorship resistance by default; it reasonably relies on the "honest majority assumption", meaning you can send your txn to most nodes and it'll probably get included. Also, there's no DDOS protection, since invalidity is never checked. (9/10)