quantum computers

Quantum computing

What is quantum computing?

Quantum computing is emerging as a way for companies to tackle machine learning, optimization, search and problems that normal computers can’t handle. Quantum computers will process in milliseconds data that take months to supercomputers to process. That will be a huge game-changer for industries using Artificial Intelligence and Machine Learning especially. Quantum computers will process machine learning algorithms very fast and it will be a huge acceleration to the industries. According to Brisse. “If you can speed up the machine learning aspect of quantum computing you will accelerate the adoption of AI and make it more efficient,” he says.

Quantum computing is powerful way to process data by using quantum bits or qubits. Quabits can represent and store values of 0 and 1 s or super positioning 1 and 0 both simultaneously. This super positioning concept enable quantum machines to process vastly accelerated speed than classic super computer, which using 1 and 0 only.

Quantum computers are faster than today’s fastest supercomputer. But when it comes to maintaining coherence gets great cost. The problem is how long can work with quabits entangled and superpositioning. With today’s calculations, we can keep qaubits normally one year or two.

How does quantum computing work?

Quantum computing as modern technology concept

To initiate computing with many qubits, all should be sustain with independent superpositioning with a state known as the quantum-coherent state, that which quabits are entangled. When that happened a tweak to one may influence all the others. But quabits are very fragile. Very hard to use in high temperature, noise, frequents and motion. Those conditions can lead to leakage of energy that cause to derails of calculations. These days quabits can only maintain their quantum state for 100 microseconds before de-coherence. Quantum computers need extreme conditions like cooling at 0.015 degrees kelvin or 180 time cooler than the interstellar space. And must be a shield to 50 times less than the earth’s magnetic. Also field and place in high vacuum, where they pressurized at 10 billion times lower than atmospheric pressure and also a place with a low vibration rate.

History of early quantum computers

In 1998 Isaac Chuang of the Los Alamos National Laboratory Neil Gershenfeld and Mark Kubinec created the first quantum computer. It is a 2-qubit that could be load with data and output a solution. Quantum computers come to use in lately first In spring 2013.  NASA installed a D-Wave Two™ quantum machine in the NASA Advanced Supercomputing (NAS) facility. The system is about the size of a garden storage. The shed is house inside a cryogenics system within a 10-square-meter shield room. Then Volkswagon Company use quantum machine. In March 2017 for D-wave system to optimize traffic flow 10 000 taxis in biejing, China. In the near future, quantum computers will use for more advance and more hard works. Like simulate molecule and atomic reactions, risk analyze and trending technologies.

Applications of Quantum Computers

In looking where to apply quantum computers should be large data analyze and can’t proceed with classic computers including solving more advance mathematics problems, and we haven’t found many of applications we can apply quantum computers. Using with quantum computer with machine learning and AI-based applications it will be ahuge revolution of the technology.

What is quantum computing? Quantum computing is emerging as a way for companies to tackle machine learning, optimization, search and problems that normal computers can’t handle. Quantum computers will process in milliseconds data that take months to supercomputers to process. That will be a huge game-changer for industries using Artificial Intelligence and Machine Learning especially.…

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