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1cture."},{"title":"Transaction Ordering","content":"Transactions in subblocks are ordered deterministically using a combination of timestamp and transaction ID, reducing discretionary ordering and common front-running surfaces. 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1‚","discussions_and_decisions_involve_the_community":"讨论和决定涉及社区。","see_ecosystem_apps":"见生态系统应用","sigma_protocols_provide_native_zero":"Sigma协议提供了本地零知识证明，环形签名，","advanced_blockchain_infrastructure_for_scalable":"高级区块链基础设施，用于可扩展的 DeFi，安全智能合约，以及真正的权力下放。","ergo_tech_stack_overview":"Ergo Tech Stack概述","ready_to_explore_ergo_tech":"准备好探索Ergo Tech吗？","dive_deeper_into_the_docs":"深入到 docs或在最先进的 UTXO 区块链上开始构建。","discover_ergo_s_advanced_blockchain":"发现 Ergo\\\\\'s advanced blockchain 技术：eUTXO 模型用于并行智能合同，ErgoScript 编程语言，Sigma 协议用于零知识证明，以及ASIC耐用自动开采。","ergoscript_smart_contracts_sigma_protocols":"ErgoScript 智能合同”、“Sigma protocol”、“Autolykos mining”、“blockchain technology”、“智能合同编程”、“NIPPoWs”、“存储租赁”、“工作证明”、“Defi 基础结构”。","ergo_technology_overview":"Ergo 技术概览","ergo_technology_next_generation_blockchain":"Ergo Technology - 下一代区块chain","answer_text_eutxo_splits_the":"回答\',\\n          text: \'eUTXO 将区块链状态分割为独立的盒子（输出），支持无全局状态的并行智能合约，降低重入风险。dApp 变得可组合：复杂逻辑可从简单输出构建。","answer_text_ergoscript_is_ergo":"回答\',\\n          text: \'ErgoScript 是 Ergo\\\\","answer_text_autolykos_is_memory":"回答\',\\n          text: \'Autolykos 是内存密集型且抗 ASIC 的，对普通矿工更公平。它奖励单独挖矿并减少矿池依赖，以适度的能源消耗保持网络安全。","answer_text":"回答\',\\n          text:","answer_text_nipopows_create_tiny":"回答\',\\n          text: \'NIPoPoW 创建微型区块链证明，允许轻客户端、即时移动同步和无需全节点的无信任跨链桥。","ergo_blockchain_technology_eutxo_smart":"Ergo Blockchain Technology | eUTXO Smart Contracts & Sigma 协议","ergo_technology_stack_building_the_future":"Ergo Technology Stack - 构建未来","advanced_blockchain_technology_eutxo_ergoscript":"高级区块链技术：eUTXO、ErgoScript、隐私功能和可持续的 PoW。","eutxo_model_ergoscript_sigma_protocols":"eUTXO 模型，ErgoScript，Sigma 协议， NIPoPoWs - 尖端区块链科技。","comprehensive_overview_of_ergo":"Ergo 的全面概述\\\\","extended_utxo_model_enabling_parallel_execution":"扩展 UTXO 模型启用并行执行","secure_declarative_language_for_programmable_money":"可编程资金的安全和声明语言","native_zero_knowledge_proofs_and_privacy_features":"本机零知识证明和隐私功能","memory_hard_proof_of_work_algorithm":"记忆硬的工作算法","sustainable_blockchain_state_management":"可持续区块链状态管理","non_interactive_proofs_of_proof_of_work":"非交互式工作证明书","ergoscriptPageOld":{"features":[{"title":"Formal Verification Support","description":"Supports formal verification and auditability via declarative constraints and first-class crypto primitives"},{"title":"eUTXO Security Model","description":"The class of reentrancy vulnerabilities common to account-based systems is absent in eUTXO"},{"title":"Deterministic Execution","description":"Computational complexity is predictable, though network fees are market-driven"},{"title":"Native Sigma Protocols","description":"First-class support for multi-signature, threshold, and ring-signature constructions"},{"title":"UTXO Concurrency","description":"Parallel transaction processing with batcher patterns for high-contention scenarios"},{"title":"Restricted Computation","description":"Non-Turing-complete within scripts for safety, yet sequences can express complex behaviors"}

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1,{"title":"Token Systems","description":"Create and manage custom tokens and NFTs","examples":["NFT marketplaces","Gaming tokens","Loyalty programs","Governance tokens"]}],"comparison":{"title":"ErgoScript vs. Other Smart Contract 语言","codeComparison":{"title":"代码比较：2-3倍数","ergoscript":{"title":"ErgoScript","code":"atLeast(2, Coll(proveDlog(A), proveDlog(B), proveDlog(C)))","description":"内置加密原始的声明逻辑："},"solidity":{"title":"Solidity","code":"require(validSignatures >= 2, \\"Need 2+ sigs\\");\\nfor (uint i = 0; i < signers.length; i++) {\\n  if (verify(signers[i], signature[i])) {\\n    validSignatures++;\\n  }\\n}","description":"带有循环、状态变量和手动验证的渗透逻辑。"}},"table":{"language":"语言","paradigm":"帕拉迪克","security":"安全","verification":"验证","privacy":"隐私","ergoscript":{"paradigm":"功能","security":"eUTXO + 正式的","verification":"内置","privacy":"Sigma Protocols"},"solidity":{"paradigm":"imperative","security":"基于账户","verification":"外部工具","privacy":"限量的"},"plutus":{"paradigm":"功能","security":"eUTXO","verification":"正式方法","privacy":"限量的"},"move":{"paradigm":"面向资源","security":"资源安全","verification":"移动Prover","privacy":"无"}}},"faq":{"title":"常见问题","items":[{"question":"How does ErgoScript prevent re-entrancy attacks?","answer":"The eUTXO model removes the class of re-entrancy found in account systems; each transaction consumes specific UTXOs and cannot be \'re-entered\'. There\'s no shared global state that can be manipulated during execution."},{"question":"Is ErgoScript Turing-complete like Solidity?","answer":"ErgoScript is intentionally not Turing-complete within individual scripts (no loops or recursion) for safety and predictability. However, Turing-complete behaviors are possible through sequences of transactions that can self-reproduce and evolve."},{"question":"What about throughput and scaling for high-demand applications?","answer":"The eUTXO model enables parallel transaction processing. For high-contention scenarios like DEXs, batcher/aggregator patterns can collect multiple orders and execute them in batches, effectively scaling throughput while maintaining the security guarantees."},{"question":"Can I build complex DeFi applications with ErgoScript?","answer":"Yes. ErgoScript supports sophisticated financial instruments including DEXs, stablecoins, lending protocols, and advanced NFT contracts. 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