Consistent non-Hermitian geometric framework based topological quantum amplifiers protect signals from noise in quantum computers
"determines boundaries where quantum wave signal amplification unaffected by intermediate path disruptions... foundational tool for designing topological quantum amplifiers inherently protected from environmental noise/ local imperfections... ensures consistent data transmission without signal degradation... this geometric framework offers an innovative roadmap for constructing highly stable, fault-tolerant components critical for scaling next-generation quantum computing architectures"
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