Ethereum

• The World Computer
• The World Computer: Present and Future
• State Machines and The World Computer
• Virtual Machines and The EVM
• Proof of Work (PoW) vs Proof of Stake (PoS)
• MEV 101
• Ethereum Blocks
  • Ethereum Block API
    • Beacon Chain Block (PoS)
    • Execution Block (PoW)
    • Transaction
  • ERC Token Templates
    • ERC-3475
• Ethereum Roadmap
  • Ethereum Scaling Technology
    • State Channels
    • Plasma
    • Optimistic Rollups
    • ZK-Rollups
• Enshrined Proposal-Builder Separation
• Ethereum Timeline

Danksharding

• Randomly Sampled Committees
• Data Availability Sampling
• P2P Networking

Scaling Ethereum

• Scalable Ethereum
• Scaling Ethereum: Execution
• EigenLayers and LayrLabs

Statlessness

• Ethereum State Expiry
• Theory of Statelessness

Ethereum Consensus

• LMD-GHOST
• Casper FFG
• Byzantine Generals Problem, Byzantine Fault Tolerance and pBFT
• Randomness and RANDAO
• State Transition Function
• Attestations
• Block Proposals
• Sync Committees and Light Clients

Computer Science

• Commitment Scheme
• Hash Functions/Hashing
• Merkle Trees and Merkle Proofs
• Digital Signatures
• BLS Signatures
• Cryptography
  • Diffie-Hellman Key Exchange
  • Practical Elliptic Curve Cryptography
  • Elliptic Curve Cryptography
  • Polynomial Encoding
  • Polynomial Commitments
  • Elliptic Curve Pairings
  • KZG Commitments
    • PCS Trusted Setup
    • Part 1: Commit
    • Part 2: Open
    • Part 3: Verify
  • Polynomial Erasure Codes
• Verkle Trees
  • Merkle Trees and Merkle Proofs
  • The Problem with Merkle Trees
  • Vectors

The Curve Wars/The Flywheel

• Curve/Convex/Votium
• ve-tokens 101
• The Flywheel Spaceship

Badger DAO

• graviAURA ELI5

Chainlink

• Ethereum, Oracles and Chainlink

Dopex

• Programmable Options
• Curve IROs
• Atlantic Options

Misc

• De-Fi Onion
• De-Fi Onion: Under the Microscope