Quantum Computing

Quantum computing is a relatively new computing field. It is still in its infancy and we are not sure about the extent of its potential. However, we can say for sure that it will change the course of computing as we know it.

Quantum computers can be used in solving problems that have defied solutions up until now. In fact, quantum computers can solve problems that have been unsolvable by ordinary computers due to constraints imposed by the complexity inherent in their size and design, such as world-building algorithms and encryption codes.

The progress of quantum computing has been made possible with help from IBM’s Quantum computer which offers a glimpse into the potential power of quantum computers

IBM has unveiled the first practical quantum computer.The IBM Q system is different than any computers we have seen before. It uses a quantum bit, which can represent two states simultaneously, as opposed to one as in a traditional computer. This means that the quantum computer has more information and can be used for calculations that you could never do on a classical computer.

The company provides consulting services for business clients who want to use the power of IBM Q in their industry or technology space, but are not building their own systems from scratch. They also offer hands-on experience with IBM Q through innovative programming labs and an ever-growing library of tutorials, starter code and access to open source projects by other members of the IBM Quantum community.

Quantum computing is a new area of information technology that uses the quantum mechanical properties of matter, such as superposition and entanglement, to rapidly solve problems that are unsolvable on conventional computers.

The future of computing is in quantum physics. IBM’s latest announcement has generated much interest in the field and has indicated that we will see a practical quantum computer by 2023.