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'Comprehensively tests the security of the Poseidon hash function through a multi-faceted approach including competitive bounties, targeted research grants, specialized workshops, academic awards, and advanced hardware testing.',
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'Comprehensively tests the security of the Poseidon hash function through a multi-faceted approach \
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including competitive bounties, targeted research grants, specialized workshops, academic awards, \
'Explore minimal zero-knowledge virtual machines (zkVMs) specifically optimized for signature aggregation, including various options like Binus M3, SP1, KRU, STU, Jolt, and OpenVM.',
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'Explore minimal zero-knowledge virtual machines (zkVMs) specifically optimized for \
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signature aggregation, including various options like Binus M3, SP1, KRU, STU, Jolt, and OpenVM.',
'Exploring lattice-based signatures as an alternative to hash-based signatures for their significantly smaller signatures, potentially allowing Ethereum to support five times more validators.',
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'Exploring lattice-based signatures as an alternative to hash-based signatures for their \
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significantly smaller signatures, potentially allowing Ethereum to support five times\
'Mathematically prove the security properties of cryptographic proof systems like FRI, STU, and WHIR using the Lean 4 framework, creating structured blueprints that map out theorem dependencies to verify that the zkEVM implementations are correct.',
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'Mathematically prove the security properties of cryptographic proof systems like FRI, STU, and WHIR \
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using the Lean 4 framework, creating structured blueprints that map out theorem dependencies to verify \
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