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Dive into the mystery and magic of the Genesis Block in the world of blockchain. Discover its significance, the theories surrounding it, and its lasting impact on the decentralized revolution—a journey into the heart of blockchain.

BLOCK879613 is a meme coin based on the Solana blockchain, originating from the artistic embedding of President Trump's portrait by the Bitcoin mining company MARA in block 879613. It aims to commemorate the upcoming first U.S. president to support Bitcoin, symbolizing the bidirectional integration of ideology in decentralized history and blockchain technology.

Learn how block finality secures blockchain transactions, prevents double spending, and supports decentralized finance (DeFi) processes across various consensus mechanisms.

Explore the BLOCK879613 token—a groundbreaking crypto asset inspired by a historic Trump portrait on Bitcoin.

Artela is an L1 solution that enhances the scalability and efficiency of the EVM by introducing EVM++. EVM++ upgrades the execution layer technology of EVM, integrating the flexibility of EVM with the high-performance features of WASM. It supports not only traditional smart contracts but also allows dynamic addition and execution of high-performance modules on-chain. Through its parallel execution design, Artela ensures that the computational capacity of network nodes can flexibly expand according to demand, ultimately achieving elastic block space. This allows large-scale dApps to request independent block space according to specific needs, meeting the requirements for expanding public block space while ensuring performance and stability for large applications

Recently, an exciting proposal that promises to solve the problem has been found, and we would like to talk about it — BuilderNet. But before that, let’s explore the current block building landscape on Ethereum and compare it to the impact that BuilderNet brings.

The article revisits the historical Bitcoin block size debate and connects it with the current discourse between Ethereum and Solana. Author David Hoffman points out that despite controversies, a blockchain that combines the concepts of small and large blocks may ultimately prevail. He highlights how Ethereum has maintained its small block philosophy while achieving high scalability through SegWit and Layer 2 scaling solutions. The article also discusses the role of Cosmos and how the concept of an internet of sovereign chains can achieve network scalability. Finally, the author believes that Ethereum's unified architecture, through the synergistic effects of its L1 and L2, provides a foundation for a wide range of use cases while maintaining its core value of decentralization.

Examine how Canonical Blocks play a critical role in blockchain technology, guaranteeing consensus and transparency across decentralized networks.

Explore the causes behind the formation of Bitcoin empty blocks, their positive and negative impacts, as well as improvement strategies, to understand how miners balance efficiency and opportunity costs.

This article explores the various characteristics of block space, analyzes the participants in the block space market, and interprets the valuation of block space as well as its trading strategies.

This article discusses Maximum Extractable Value (MEV), which refers to the maximum value that can be extracted from block production beyond the standard block reward and gas fees by manipulating transactions within the block.

The article analyzes the production costs, profit models, and how various Layer2 networks compress costs to increase net profit margins in the blockchain space.

The virtual machine serves as the brain behind smart contract blockchains, defining the rules for computing a valid state from block to block and providing the runtime environment for executing smart contracts.

Proof-of-Stake (PoS) is a consensus mechanism for processing transactions and creating new blocks in a blockchain. In a proof-of-stake blockchain, the staking reward of a validator and the total amount of the staked collateral are often positively related. As each validator attempts to create a block, when a block is selected as a new block, the validator can record the transactions and receive a reward.

Maximum Extractable Value (MEV) refers to the maximum value that can be extracted by including, excluding, and changing the order of transactions in a block, with the purpose of earning more than standard block rewards and transaction fees.