Quantum Computing in Healthcare

Medical and biomedical research has advanced over the last two decades thanks to continuous increases in computer processing. As we enter an age of personalized healthcare dependent on genomics, individual physiology, and pharmacokinetics, the need to handle large amounts of data and process it in a format for clinical use will become more urgent.

How can the health industry utilize quantum computing to improve patient outcomes? Learn how quantum computing can be used to personalize medicine, accelerate diagnoses, predict probable health conditions, and recommend treatments to health practitioners. Then, discover how quantum fundamentals like superposition, entanglement, algorithms, and circuits can be applied to patient diagnosis.

Authors

Quantum Computing in Healthcare

Author

Aaditya Kale

Consultant, Engineering

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Quantum Computing in Healthcare

Author

Rohit Mishra

Associate Consultant

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Orkhan Gasimov

Orkhan Gasimov

Head of CEE Technology Office, Director

Volodymyr Trishyn

Volodymyr Trishyn

Senior Software Engineer

Viktor Klymenko

Viktor Klymenko

Consultant

Alex Pereverzyev

Alex Pereverzyev

Software Architect

Gene Leybzon

Gene Leybzon

Chief Architect

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