Breaking the Boundaries using DNA Technologies to Advance Computing

Abstract

Abstract: Innovative technology known as "DNA computing" uses the chemical characteristics of DNA strands to carry out intricate calculations. DNA base pairing characteristics are taken advantage of in DNA computing models to encode data and carry out computations. Numerous industries could benefit from DNA computing, including molecular automation, bioinformatics, optimization, and encryption. This paper provides a general summary of DNA computing, including its background, benefits, and drawbacks. Additionally, this paper provides the contemporary DNA computing models, such as Adleman's, Winfree's, and Rothemund's models, and give instances of how they are used. This paper provide potential of DNA computing as well as the chances and difficulties facing future study and development. In concluded DNA computing has the potential to revolutionize the computing sector and challenge established computing approaches as a unique computing strategy. It has the potential to result in significant advances in computing technology.

Index Terms:DNA Computing,Rothemud’s Model, conventional computing, molecular automation.