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Rice University researchers have theoretically demonstrated "autferroic" materials that could accelerate true random number generators by a factor of thousands, addressing a critical bottleneck in microchip encryption. By leveraging a unique magnetoelectric interaction, these materials generate over one million random bits per second while maintaining strong signal clarity for reliable data security. This advancement represents a significant leap in hardware efficiency for cryptographic systems without relying on external energy-intensive transitions.
New material balances speed and signal for secure microchip encryption
Rice physicists designed autferroics, new materials that balance signal clarity with speed for true random number generators.
A new blueprint for microchip encryption, detailed in Physical Review Letters, promises to dramatically accelerate data security without sacrificing signal strength. Rice University physicists, co-led by Jun-Jie Zhang and Boris Yakobson, have theoretically demonstrated a class of materials called autferroics that can speed up true random number generators, critical for encryption, by a factor of thousands. Hasselmann Professor in Engineering, detailing the research’s origins. This approach bypasses key hardware bottlenecks by using a unique…
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