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Ethereum
  • General
    • What is Ethereum
      • Ethereum & Bitcoin General Comparison
      • Singleton State
      • The Ethereum Virtual Machine (EVM)
      • Opcodes (operation codes) EVM
      • Ethereum Client
      • Forks
      • Gas (wei)
        • EIP-1559
        • Table Conversion (wei)
      • Proof of Stake (PoS)
      • Proof of Authority (PoA)
      • The Beacon Chain
      • Networks
        • Ethereum mainnet
        • Goerli
      • Account-based model & UTXO-based model
      • Externally Owned Account (EOA)
      • Node Clients
        • Geth
        • Nethermind
      • Contract Account
      • Smart Contract Upgradeability
      • Ultrasound Money
      • Merkle Trees
        • Patricia Merkle Tree
      • Tries
        • State Trie
        • Storage Trie
        • Transactions Trie
        • Receipts Trie
      • Transactions
        • Ethereum Transaction Architecture
      • World State
        • Chain of States
        • Chain of Blocks
        • Stack of Transactions / Mempool
      • Contract Creation
      • Message Call Transaction
      • P2P Network
      • Web3.js
      • Ether.js
        • Smart Contract Interaction Example
      • Web3.js vs Ether.js
      • Node Providers
      • ENS (Ethereum Name Service)
      • Web3 dapp
      • Escrow
      • Multi-signature
      • ERC-20 tokens
        • Send ERC20s to Contracts
      • NFTs
        • ERC-721 and ERC-1155
      • Solidity
        • State Variables
        • Data Location
        • Numbers
        • Modifiers
        • View & Pure Modifiers
        • Data Types
          • Modifiers
          • Modifiers (Functions)
          • Address & Address Payable
        • Hardhat
        • Payable Functions
        • Receive Function
        • Fallback Function
        • Global Variables
        • Self Destruct
        • Create2 Function
        • Revert function
        • Require function
        • Assert Function
        • Calldata
        • Interface
        • Mapping
        • Array
        • Struct
        • Inheritance
          • Virtual & Overwrite
          • Multiple inheritance
          • Hierarchical Inheritance
        • Events
          • Indexed (keyword)
          • LOG0 - LOG4
        • Multi-signature Example
        • Smart Contracts
          • Context
      • Application Binary Interface (ABI )
  • Extras
    • Terminology
      • Bytecode
      • Keccak-256
      • Turing complete
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  1. General
  2. What is Ethereum

World State

In Ethereum, the world state is the state of the entire Ethereum blockchain at a particular point in time. It is a snapshot of all the account balances, smart contract code, and storage data across the entire blockchain. The world state is represented as a Merkle Patricia tree, where each node in the tree represents a key-value pair.

The world state is updated with each transaction that occurs on the Ethereum network. When a transaction is executed, it updates the world state by modifying the account balances or the state of a smart contract. The updated world state is then stored as a new block on the blockchain.

The world state is used to determine the current state of an account or smart contract at any point in time. This is important for validating transactions and executing smart contracts, as the state of the world determines the outcome of any transaction or contract execution.

Overall, the world state is a crucial component of the Ethereum blockchain, as it allows for the decentralized execution of smart contracts and the storage and transfer of value across the network.

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Last updated 2 years ago