Peer-reviewed research and whitepapers advancing blockchain infrastructure
This paper presents a novel formal verification framework for cross-chain bridge protocols, reducing vulnerability surface by 94%.
Authors: Dr. Sarah Nakamura, David Park
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A mathematical framework for optimizing cross-protocol yield allocation using modified Markowitz portfolio theory.
Authors: Marcus Chen, Elena Rodriguez
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Proposes a threshold MPC architecture achieving sub-second signing with n-of-m security guarantees.
Authors: James Okonkwo, Dr. Wei Zhang
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Analysis of MEV extraction patterns on L2 rollups and a proposed fair-ordering mechanism.
Authors: David Park, Priya Sharma
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Comprehensive analysis of algorithmic, collateralized, and hybrid stablecoin designs under stress conditions.
Authors: Elena Rodriguez
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How ZK-proofs enable regulatory compliance without compromising user privacy in DeFi protocols.
Authors: Dr. Sarah Nakamura
Read Paper →Our research team includes 8 PhDs and 15 engineers from MIT, Stanford, ETH Zurich, and NUS. We publish regularly in peer-reviewed journals and collaborate with leading academic institutions worldwide.
Our multidisciplinary approach combines cryptography, distributed systems, economics, and formal verification to tackle the most challenging problems in blockchain infrastructure.
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