Molecule Whitepaper

摘 要: 性能瓶颈已经严重制约了以比特币和以太坊为首的区块链经济。而出块速度
(Block rate)的提高和块大小(Block size)的增加以及共识效率的提升是牵引公有链向前发展
的三架马车。现有的一些解决方案:分片,包括以太坊的智能合约分片,或者 Zilliqa 采用
的网络分片;分层,比特币以及采用未花费支出(UTXO)为模型的山寨币采用的闪电网络;
共识效率,从工作量证明(POW)到权益证明(POS),再到拜占庭容错(BFT),最后到 DPOS,
已经到了极限。以块(block)作为数据存储单元的链已经陷入了“不可能三角”-去中心化,性能,
安全。DAG(有向无环图)是一个颠覆性的解决方案,IOTA 的 M2M(machine to machine) 和
Nano 的支付都是不错的案例。摩尔 MOL 受到 Nano“区块点阵”的启发,将交易与块分离,
进而摆脱“块的束缚”,处理双花采用按需 DPOS 共识。移植比较成熟的以太坊虚拟机 EVM,
在 MOL 摩尔链上支持智能合约,方便 Dapp 发行代币(Token),摩尔是 50 毫秒确认交易并
且免手续费的 DAG 公有链,以此构建移动互联的区块链经济。

TRANSLATION
The performance bottleneck has severely restricted the blockchain economy led by Bitcoin and Ethereum. Block speed The increase in (Block rate) and the increase in block size and the increase in consensus efficiency are the development of the traction public chain. Three carriages. Some existing solutions: sharding, including Ethereum’s smart contract sharding, or Zilliqa adoption Network segmentation; layering, bitcoin, and lightning networks used by the altcoin model of unexpended spending (UTXO); Consensus efficiency, from proof of work (POW) to proof of interest (POS), to Byzantine fault tolerance (BFT), and finally to DPOS, Has reached the limit. Chains with blocks as data storage units have fallen into “impossible triangles” – decentralized, performance, Safety. DAG (Directed Acyclic Graph) is a disruptive solution, IOTA’s M2M (machine to machine) and Nano’s payment is a good example. Moore MOL is inspired by Nano’s “block lattice” to separate transactions from blocks. Then get rid of the “block shackles” and deal with double-flowers using the on-demand DPOS consensus. Migrating the more mature Ethereum virtual machine EVM, Support smart contracts on the MOL Moore Chain to facilitate Dapp to issue tokens, and Moore is 50 milliseconds to confirm transactions and And the DAG public chain is free of charge to build a blockchain economy for mobile internet.

Molecule Whitepaper

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Molecule Whitepaper