Basics of Python Programming

Kadhar, K. Mohaideen Abdul; Anand, G.

doi:10.1007/978-1-4842-6825-4_2

Cited by 4 publications

(1 citation statement)

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“…Herein, we have successfully designed circuit diagrams of 2-input 2-output and 3-input 2-output combinational logic. However, the journey does not halt at elucidating molecular logic dynamics; it extends into computational modeling, where Python’s versatility shines as a potent tool for logical decision-making through conditional statements ( if - elif - else ). − By merging logic circuits with chemical processes, computational models mark a new era of exploration, offering a structured approach to deciphering chemical states based on input conditions. Our Python model, “logic_circuit”, emulates a logic circuit but with a twist: instead of binary outputs, it produces chemical state outputs based on input conditions.…”

Section: Introductionmentioning

confidence: 99%

Advancing Molecular-Scale Logic Devices through Multistage Switching in a Luminescent Bimetallic Ru(II)-Terpyridine Complex

Das,

Sahoo,

Baitalik

2024

Inorg. Chem.

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Stimuli-responsive multistep switching phenomena of a luminescent bimetallic Ru(II) complex are employed herein to fabricate multiple configurable logic devices. The complex exhibits "off−on" and "on− off" emission switching upon alternative treatment with visible and UV light. Additionally, remarkable augmentation of the rate as well as quantum yield of photoisomerization was achieved via the use of a chemical oxidant (Ce 4+ ) as well as a reductant (metallic sodium). Upon exploiting the emission spectral response of the complex, several advanced Boolean logic functions, including IMPLICATION as well as 2-input 2-output and 3-input 2-output complex combinational logic gates, are successfully implemented. Additionally, by utilizing the vast efficacy of Python, a novel "logic_circuit" model is devised that is capable of making accurate decisions under the influence of various input combinations. This model transcends traditional Boolean logic gates, offering flexibility and intuition to design logical functions tailored to specific chemical contexts. By integrating principles of logic circuits with chemical processes, this innovative approach enables structure determination of the chemical states based on input conditions, thereby unlocking avenues for exploring intricate interactions and reactions beyond conventional Boolean logic paradigms.

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