IBM’s First Commercial Quantum Computer Can Be The New Future Of AI
IBM’s First Commercial Quantum Computer Can Be The New Future Of AI

Recently, IBM has just announced the first quantum computer capable of analyzing patterns beyond artificial intelligence. The machine, which currently operates only through remote servers on a platform called the IBM Cloud Platform, will serve, to find molecular interactions to discover new materials or medicines or to detect failures in complex financial systems.

IBM’s First Commercial Quantum Computer Can Be The New Future Of AI

IBM has just announced the first quantum computer capable of analyzing patterns beyond artificial intelligence. The machine, which currently operates only through remote servers on a platform called the IBM Cloud Platform, will serve, according to its creators, to find molecular interactions to discover new materials or medicines or to detect failures in complex financial systems.

However, IBM is going to start commercializing quantum computers for companies and laboratories. This is IBM Q, business line belonging to the IBM Quantum Experience project, for which it has also developed its API.

According to the multinational, quantum computing goes beyond detecting patterns in huge amounts of data, as does artificial intelligence, which uses Watson, IBM’s intelligent machine. Here, “the data does not exist and the possibilities you need to explore and get a response are too huge” even for computers.

A year ago IBM was working on a quantum computing project in collaboration with scientific institutions, called the “IBM Quantum Experience.” Now the company will announce that it has the necessary means to launch a commercial line of quantum computers for companies and laboratories.

It has been named “IBM Q” and will provide quantum systems and services through the IBM Cloud platform as we mentioned earlier. With them, you can tackle the problems that are currently too complex for classic computer systems like Watson and one of its main applications will be in the area of chemistry.

The company that runs Ginni Rometty hopes to have a commercial computer based on this technology for this year, with a calculation power of approximately 50 qubits (quantum bits). It has also announced a complete programming kit (SDK) throughout this semester.

So, the chemistry will be one of the great areas that can benefit from quantum computing. But at IBM they also hope to apply it to improve processes in logistics and distribution chains, financial services, artificial intelligence and computer security to improve the encryption.



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