This doctoral thesis explores the intersection of quantum physics and genetics, focusing on the potential quantum mechanical influences on gene regulatory processes. The work is structured around two key research directions: modeling quantum charge diffusion along DNA and leveraging quantum computation for genetic and biological systems. The first part
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Constrained shadow tomography for molecular simulation on quantum devices. [PDF]
Chem SciAvdic I +6 more
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Temporal Anti-Parity-Time Symmetry: Extending Non-Hermitian Physics to Time-Domain Dynamics in Thermal Diffusion. [PDF]
Research (Wash D C)Yan H, Li Y.
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Quantum-enhanced reconfigurable in-memory stochastic computing. [PDF]
Light Sci ApplYang HZ +7 more
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Magic state injection on IBM quantum processors above the distillation threshold. [PDF]
Sci RepKim Y, Sevior M, Usman M.
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A quantum-cognitive approach to dynamic meaning construction. [PDF]
Front PsycholYin M.
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Quantum Physics and the Origins of Genetic Change: A Tutorial Approach
This work provides a historical overview of how heredity has been understood and a key problem in quantum biology is shed light on: the role of quantum mechanics in point mutation, a cornerstone of evolution. A foundation in core genetic concepts is provided, including the meaning and location of chromosomes and genes in cells, DNA structure, the ...
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A review of applications of machine learning in quantum dots research. [PDF]
Discov NanoMalashin I +5 more
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Machine Learning the Decoherence Property of Superconducting and Semiconductor Quantum Devices from Graph Connectivity. [PDF]
Entropy (Basel)Fu Q, Liu J, Wang X, Xiong R.
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Optimizing precision in quantum metrology through engineered environments. [PDF]
Sci RepBerrada K.
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