QUANTUM COMPUTING: THE FUTURE!

Quantum Computing is revolutionizing the technology landscape in various industries progressively. The dawn of 2022 has been an exceptionally productive time for quantum computing. The quantum computing market is seeing growth through new entrants into the marketplace and even some consolidation among various players. It is also seeing a growing realization by the commercial marketplace that it will offer significant advantages to those companies willing to be earlier adopters.

Technology is here, and Healthcare is a sector that holds a lot of potentials to integrate Quantum Computing. Quantum Computing is not just a thing of science now. The Healthcare industry is adopting the use of quantum computing to support patient-centric care.

Various other industries such as Finance, Cybersecurity, Blockchain, Artificial intelligence, Logistics, Manufacturing, National security, etc. is already started moving towards Quantum.

WHAT IS QUANTUM COMPUTING?

A quantum computer takes the advantage of usual observation in quantum physics. A single bit can be both a ‘1’ and a ‘0’ at the same time — also known as a quantum bit or ‘qubit’. It is the only known technology that can be exponentially faster than classical computers for certain tasks, potentially reducing calculation times from years to minutes.

Quantum computing is the processing of information that’s represented by special quantum states. By tapping into quantum phenomena like “superposition” and “entanglement,” these machines handle information in a fundamentally different way to “classical” computers like smartphones, laptops, or even today’s most powerful supercomputers.

Is quantum computing important?

Yes, Surely it is, Quantum Computers will change everything.

“It looks like nothing is happening, nothing is happening, and then whoops, suddenly you’re in a different world.” as said by HARTMUT NEVEN, DIRECTOR, GOOGLE QUANTUM ARTIFICIAL INTELLIGENCE LAB

BIGGEST EXAMPLE ON HOW QUANTUM COMPUTING IS EFFECTIVE IS THE HEALTH CARE INDUSTRY

Let me tell you how— -

Quantum’s ability to compute at scale will enable clinicians to incorporate a huge number of cross-functional data sets into their patient’s risk factor. Also, quantum computing will allow us to select clinical trial participants using more reference points, ensuring a better fit between protocol and patient.

With accuracy and speed of diagnosis and treatment becoming a necessity for giving quality care. Quantum computing holds the potential for unprecedented processing power and speed. Doctors can find correlations and provide diagnosis or treatment by using quantum computing.

Advantages Quantum Computing offers to the Healthcare Sector

● Improved Imaging Solutions

Quantum imaging machines can produce extremely accurate imaging that allows visualization of single molecules. Machine learning algorithms and quantum computing together can help a physician in evaluating the results of treatment. The old MRIs can recognize areas of light and dark, and the radiologist must have to evaluate the issues. But, quantum imaging solutions can distinguish between tissue types, which allows more accurate and precise imaging.

● Diagnosis

When it comes to disease diagnosis and monitoring, quantum computing is not far behind. Cancer patients usually undergo chemotherapy and do not know if the treatment works or not for months. However, thanks to advancements in quantum computing, that is changing. Quantum computing will enable doctors to compare much, much more data in parallel, simultaneously, and all permutations of that data, to find the best patterns that describe it.

● Data Management

The quantum computer promotes a key aspect for the health sciences — artificial intelligence. Among its applications, we find big data applied to AI and quantum computing. This cutting-edge technology provides the ability to record, sort, and analyze massive amounts of complex data and find patterns in them. This usefulness in health is invaluable and Quantum Computing can help streamline many health processes.

● Improved Radiation Therapy

Radiation beams are used to destroy or stop the multiplication of affected cells completely. Reducing damage to the surrounding cells is a major challenge of radiation therapy. Arriving at an optimal radiation therapy plan needs numerous simulations before an optimal plan is determined. With quantum computers, the possibilities that can be considered for each simulation can be found easily and quickly. It will allow physicians to determine the best therapy and plan faster.

● Protein Folding

Proteins are basic building blocks of life. The malfunction of a given protein is frequently due to its being wrongly folded. Getting more detailed knowledge of the way proteins are folded can help lead to the development of new therapies and medicines.

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