Morning Edition · Monday, September 14, 2026Published at 1:49 AM EDT · New York
Her proposal splits data into coded equations and encrypts roughly one in ten of them, which she says protects the whole payload while cutting the computational burden by about 90%.

Muriel Médard, a professor at the Massachusetts Institute of Technology and co-founder of the networking company Optimum, argues that blockchains do not need quantum computers to defend against them. Her case rests on classical mathematics…
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Part of a tracked trend
Quantum Risk Moves From Theory to Crypto Roadmaps
Over the next 3-6 months, quantum-resistance becomes a concrete design and custody concern across major chains and institutional custodians, driving opt-in post-quantum schemes and 'long-dormant coin' risk discussion.
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