Quantum computing: A nano scale information processing in minds and machines

D. Dutta Majumder, Sankar Karan
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引用次数: 1

Abstract

We present the new mathematical formalisms of Cognitive Quantum Number (CQN), as unified validation logic in human minds and machines. Though our theory is general, on study we concentrate in logic formation in the field of quantum computing specially for information processing in nano-scale devices. Our proposed logic not only allows us to derive the results of quantum state, but also permits their generalization of making available new techniques of logic inference, establishes a direct dynamical link between memory and processing part naturally. We consider quantum logic and cognition of mind in general as Eigen value problems. The role of molecular magnets in the field of quantum computation and mechanism for using it as qubits in the context of quantum phenomenon of spin tunneling in presence of external magnetic fields is formulated. Synthesis and spectral response of nano-particle towards quantum dot formation is also studied. We showed that the spectrum of logic operators and cognition of minds is in exact correspondence of the fundamentals alphabet of logic truth-values. The basic gate for quantum logic operations is also derived.
量子计算:大脑和机器的纳米级信息处理
我们提出了认知量子数(CQN)的新的数学形式,作为人脑和机器的统一验证逻辑。虽然我们的理论是一般性的,但我们的研究重点是量子计算领域的逻辑形成,特别是纳米级设备的信息处理。我们提出的逻辑不仅允许我们推导量子态的结果,而且允许它们的推广,使新的逻辑推理技术成为可能,在存储器和处理部分之间自然地建立了直接的动态联系。我们一般把量子逻辑和心灵的认知看作特征值问题。阐述了分子磁体在量子计算领域中的作用,以及在存在外加磁场的自旋隧穿量子现象中使用分子磁体作为量子比特的机制。研究了纳米粒子的合成及其对量子点形成的光谱响应。我们证明了逻辑算子的频谱和心灵的认知与逻辑真值的基本字母表完全对应。还推导了量子逻辑运算的基本门。
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