Quantum Computing in Healthcare and Medicines
Abstract
As compare to the Classical Computer, Quantum Computer are more efficient, accurate and having high-performance quality which makes Quantum Computer to stand different.In Quantum Computer, the basic unit of information is qubits which exist in the superposition state whereas in Classical Computer, the basic unit of information is bits.When bits move from bits to qubits, it may help pharmaceutical research in the healthcare field, including studying how proteins fold, figuring out how molecules such as drugs and enzymes fit together, assessing the strength of interactions between a single biomolecule such as a protein or DNA and its ligand/binding partner such as a drug or inhibitor, and speeding up clinical trials.The idea of personalised treatment is made possible by the incredibly quick DNA sequencing capabilities of a quantum computer.Its efficiency and accuracy can enable the development of novel therapies option against Genetic Diseases.By carefully modelling, it can facilitate the creation of novel treatments and medications.The development of effective imaging systems with improved fine-grained clarity for real-time use by physicians is possible with quantum computers.Quantum computing holds promise for pharmaceutical research and development since it is useful for deciphering and reproducing intricate chemical and biological events.
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