Protocol

Ethereum's base layer: how blocks get made, validated, and upgraded.

3589 talks

• The Bull & Bear Cases For Ethereum | Roundup
• Crypto's Quantum Risk Is Coming Faster Than Expected
• The Two Biggest Issues In Crypto Today | Weekly Roundup
• Fireside Chat with Charles on Post-Quantum World
• Rethinking PeerDAS: Transparent, Post-Quantum DAS with FRI
• Becoming Immutable: how Ethereum is made
• How fast is fast finality?
• Post Quantum Cryptography And The Future of Hardware
• Scaling Ethereum L1: Achieving 10 GigaGas/s EVM Execution with Block-Level Access Lists
• Decrypting Encrypted Mempools: State of the Art, Convergent Designs, and Future Directions
• EVM Workloads in the Wild: Measuring Gas, State Growth, and State Sensitivity Across L1 and L2
• Future of Stateles Ethereum- Core Protocol Research & Optimization in Verkle trees
• Crypto Agility Framework for Ethereum (CAFE)
• Optimising Block Building with Genetic Algorithms
• From Web3 Infra to AI Infra: Differentiating in the Agentic Era
• Rethinking Censorship Resistance: A Rateless Sharding Txs Approach
• CryptoCPU: A Solution for Ethereum’s Cost-Effective, Post-Quantum-Secure ZK Future
• Blockspace: The First Ordinal Commodity
• Meet Fusaka/PeerDAS + Runtime Metrics
• Competition through Spam on L2s
• The road to post-quantum Ethereum
• Making Sub-12s ZKPs on Ethereum Possible With a New Builder–Prover Design
• Proving you hold a private key in the post-quantum era is easier than it looks
• Can Bitcoin survive quantum computing?