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The global quest for fault-tolerant quantum computers is driving innovation across myriad scientific disciplines. While much focus is placed on building better qubits and mitigating noise, another crucial avenue is the development of advanced algorithms and simulation techniques. Aperiodic systems, such as quasicrystals with their unique, non-repeating yet ordered structures, are emerging as a surprisingly…
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The dream of fault-tolerant quantum computation often feels just within reach, yet practical implementation, especially for sophisticated approaches like Topological Quantum Computing (TQC), presents immense challenges. Building and manipulating the exotic quasiparticles known as anyons, the heart of TQC, is a complex experimental endeavor. At AperiodiQ, we’re exploring a transformative software-centric pathway: the Quasicrystal Inflation…
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Imagine constructing an intricate mosaic not with uniform square tiles, but with a few distinct shapes that fit together in a complex, never-repeating, yet perfectly ordered pattern. This is the essence of quasicrystals – captivating structures that bridge the gap between the perfect periodicity of crystals and the randomness of amorphous materials. These fascinating entities,…