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Abstract
1-bit and 2-bit comparator designs and analysis for quantum-dot cellular automata
Highlights
A few advanced microchips that have been popularized in the 21-st century incorporate decimal number juggling equipment units
On the off chance that the two information bits are equivalent and a 0 if the information bits are not equivalent. we demonstrated 1 bit and 2 bit comparator composed utilizing QCADesign programming with wire crossing uses an inverse clock (180 phase shift) system and actualized with most recent EX-OR entryway
In this paper we proposed a smaller comparator with clock 180 degree wire crossing technique
Summary
A few advanced microchips that have been popularized in the 21-st century incorporate decimal number juggling equipment units This is a reaction to procuring requests for sophisticated calculations which are necessary for cost-saving and mechanical applications. The present crucial breaking points in CMOS circuit’s calculations and development of quantum mechanical impacts in exponentially as of recently added quantum circuits to another dimensional tending of the electronic group [5, 6]. Quantum calculation and data remain an appealing territory of research over the most recent few decades [7]. This shows that superior information of quantum mechanics is required. Current advancement of quantum computing continues from numerous viewpoints; quantum circuit’s combination is the massive test in the quantum information handling and the improvement of the quantum PC engineering [10]
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