2003Unpublished venueRequires access

Logic Gates

Prof. Vincenzo Balzani, Dr. Alberto Credi, Prof. Margeritha Venturi

Open publisher page 3 citations

Abstract

This chapter contains sections titled: Introduction Fundamental Concepts of Logic Gates Molecular Switches as Logic Gates Basic Logic Gates YES Gate NOT Gate OR Gate AND Gate NOR Gate NAND Gate XOR Gate XNOR Gate Combinational Logic INH Function EnOR Function Half Adder A Three-state, Three-input, Two-output Molecular Switch Neural-type Systems An XOR Logic System Under the Control of an Intrinsic Threshold Mechanism A Perceptron-type Scheme Signal Communication Between Molecular Switches Computation Based on Oligonucleotides Molecule-based Electronic Circuits Conclusions

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What this paper is about

This chapter contains sections titled: Introduction Fundamental Concepts of Logic Gates Molecular Switches as Logic Gates Basic Logic Gates YES Gate NOT Gate OR Gate AND Gate NOR Gate NAND Gate XOR Gate XNOR Gate Combinational Logic INH Function EnOR Function Half Adder A Three-state, Three-input, Two-output Molecular Switch Neural-type Systems An XOR Logic System Under the Control of an Intrinsic Threshold Mechanism A Perceptron-type Scheme Signal Communication Between Molecular Switches Computation Based on Oligonucleotides Molecule-based Electronic Circuits Conclusions

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This chapter contains sections titled: Introduction Fundamental Concepts of Logic Gates Molecular Switches as Logic Gates Basic Logic Gates YES Gate NOT Gate OR Gate AND Gate NOR Gate NAND Gate XOR Gate XNOR Gate Combinational Logic INH Function EnOR Function Half Adder A Three-state, Three-input, Two-output Molecular Switch Neural-type Systems An XOR Logic System Under the Control of an Intrinsic Threshold Mechanism A Perceptron-type Scheme Signal Communication Between Molecular Switches Computation Based on Oligonucleotides Molecule-based Electronic Circuits Conclusions

Key concepts: XNOR gate, AND-OR-Invert, Logic gate, NAND gate, XOR gate, NOR logic, NOR gate, Pass transistor logic

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