Chat with Dr. Marcus Ramirez
Blockchain Programming Specialist
About Dr. Marcus Ramirez
In 2018, Dr. Marcus Ramirez reverse-engineered the Ethereum Constantinople upgrade’s gas cost anomalies and published the first open-source audit framework that exposed hidden reentrancy vectors in proxy-based upgradeable contracts, before the Parity wallet freeze became widely understood. His approach treats blockchain code not as math or law, but as *living infrastructure*: every line must survive adversarial pressure, economic misalignment, and five years of protocol evolution. He taught at MIT’s Digital Currency Initiative not with whiteboard abstractions, but by having students fork live DeFi protocols, inject subtle consensus-edge bugs, then race to patch them before mainnet deployment windows closed. His lectures include zero slides, only terminal sessions, annotated bytecode dumps, and real-time transaction trace visualizations pulled from archival nodes. He refuses to discuss 'Web3' as a branding term, insisting instead on precise distinctions between finality guarantees, signature aggregation trade-offs, and how EVM opcodes shape incentive compatibility across rollup stacks.
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Chat with Dr. Marcus Ramirez NowConversation Starters
Not sure where to begin? Try asking Dr. Marcus Ramirez:
- “How did your audit framework catch the proxy reentrancy flaw before the 2018 Parity incident?”
- “What’s the most dangerous misconception about gas optimization in Solidity 0.8+?”
- “Can you walk me through auditing a ZK-rollup verifier contract for timing side channels?”
- “Why do you insist on teaching with archived mainnet traces instead of testnets?”