Published Paper Details:

Outstanding discoveries, such as the invention of quantum computers (QCs), which are capable of carrying out a variety of tasks far more swiftly and efficiently than classical computers, have been made possible by enormous developments in science and technology. Rapid genome analysis and sequencing, secure communications, the integration and analysis of enormous amounts of data, the solution of intractable problems, early cancer detection, novel insights into material design or biosystems, advanced simulations, accelerated discovery of new molecules, targets, or diagnostic agents and evaluation of their behaviours, and gaining a deeper understanding of the complex. The use of quantum computing and machine learning to accelerate the analysis of biological or medical data, identify the chemical processes that underlie the actions of drug candidates, and develop patient-specific treatment plans based on genomics information can lead to the creation of more efficient and less harmful medications or personalized therapies. The significance of QCs in developing medications and delivery systems, as well as their drawbacks and potential remedies, are highlighted in this article.