QUANTUM COMPUTING

In this morden age Quantum computing may bring revolution in world in the next 20 years as it can produce extra-ordinary and exceptional tool. But the quetion is what is Quantum computing and how it works to do so ?  Can it is possible ? Don't  worry we can introduce it as folloes-

  "It is nothing but a form computation using quantum-mechanical phenomenalla such as superposition and entanglement to perform it. which can be implemented theoretically or physically. The field of quantum computing is actually a sub field of quantum information science, which includes quantum cryptography and quantum communication"

so the quantum computation is the advance computation system, which is recently implemented in machine learning, optimisation, biomedical simulations and financial services, could be the best path to ultr-apowerful, computers. Quantum computing has been applied in four amazing applications mentioned above are as-

 Machine learning
  Quantum computing could empower machine learning by enabling Artificial intelligence programs to search through gigantic datasets concerning medical research, costumer behavior and financial markets-and make sense of them.

 Optimisation
   Imagine say, you are a traveling salesman. You wish to visit a handful of cities and wwant to know what the most optimal routs would be. Thiis would be an example of an optimization problem. it sounds simple enough, but ib reality, the process can get quite involvedas you up the number of variables. With only 270 destinations, for example, there are more combinations of travel than atoms in the universe.
 With quantum computers , however, we could expect a machine to be able to handle almost innumerable permutations and combinations, which could advance system design and analysis in massive ways.

 Biomedical simulations
   With quantum conputers, we can create, simulate and model molecular structures. Reaserchers at Harvard University used a D-Wave One quantum computer to solve the puzzle of how some protiens fold  in 2012. "This model consisted of mathematical representations of amino acids in a lattice, connected by different interaction strenths. The D-Wave computer found the lowest configurations of amino acids and interactions which corresponds to the most economical folding of the protiens."

 Financial services
   Now Quantum computing is on its way. D-Wave, a company backed by Goldman Sachs and Bezos Expeditions, among others, deployed its first commercial quantum computer. the Dd-Wave 2000Q, a quantum annealing system with 2000 qubits and advanced feature controls.

Despite their prohibitive price, these computers are being utilized by a small niche, as illustrated by harverd's use of F-wave's first model ba ck in 2012. The system could be used for complex financial modeling and risk management within the financial industry as well. Quantum computing could br used to find " new ways to model financial data" and isolate "key globle risk facters", accourding to IBM.


From managing money to massive datasets, Quantum computing's applications are seemmingly endless. As a result of above applications, we can say that Quantum computing can program high speed system but at the expence of large size.Consequently in future the most  powerful computer can be innovated using quantum computing.

Besides it Advances in machine learning and optimisation could boost efficiency and uncover new medical treatments in record time. Advanced computing power could lead to more than just innovation. It also could laed to lessened risk. Indeed, enhanced financial services could fundamentally change how we invest.