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Quantum computing is a wide concept that is still in its embryonic stage, which has enough potential to supersede classical computers, its implementation and introduction to the technology world will be groundbreaking and revolutionary.
This is the era of artificial intelligence tools and their application, according to the concepts associated with quantum computing, quantum algorithms can improve machine learning and lead to more advanced AI features and AI tools. The buzz about quantum computing is due to the new experiments conducted by the tech master Google.
The recent research was on the performance analysis of Google’s 67-qubit Sycamore processor. According to the research, the chipset is more than capable of beating conventional computers and has a great future potential ahead once it is properly developed and implemented. The outperforming is in a certain stage, but we can see a more advanced version when it is entered into the proper building phase
What is Quantum computing and quantum chipset?
Quantum computing is a computer science field that deals with the association of quantum mechanics and its applications to solve computational problems much faster and enhanced than traditional supercomputers. This is considered the future computing device and researchers are tirelessly working together to make it possible as soon as they can.
A Quantum computing chip is the processor in quantum computers, it is a semiconductor device that contains quantum bits(qubits) as its main component. These qubits are the responsible factor for making quantum computing exceptional and faster than classical computing.
Google’s Sycamore
Sycamore is the native quantum processor developed by Google. They introduced this chipset to perform more complex computations with an advanced speed and to produce faster outputs than traditional supercomputers. Sycamore-based experiments are being conducted and evaluated by the parent company to compute its capacity and endurance.
Google has revealed that the 67-qubit Sycamore processor has shown a significant outcome when it is in the weak noise phase. According to the latest research, this chipset can beat the traditional supercomputers in solving complex calculations and outperform them. Google claims that it would take 10 trillion years for the fastest supercomputers to have superiority over quantum computers.
Sycamore will play a crucial role in attaining the anticipated outcome and finding an ultimate win for quantum computers over traditional computers. It has a silicon chip resemblance, and this design is purposefully developed to control the electron flow through it with utmost quantum precision. The usage of qubits too makes sycamore one of the most powerful quantum chipsets in the world.
Latest research verdict
The latest research conducted by Google states that they have found the conditions where quantum computers can outperform traditional supercomputers. To identify the condition, they used their Sycamore chipset and a random circuit sampling(RCS) which is a complex computational task that involves sampling in a quantum circuit.
After conducting the RCS the crew analyzed and concluded that sycamore could be spoofed or beaten by classical supercomputers when it ran in a mode with a lot of noise interference while performing random circuit sampling.
However, Sycamore maintained superiority over the traditional supercomputers when the random circuit sampling was done in a lowered noise structure(weak noise phase), which ultimately found that, these quantum computers have a high threshold in lowering the noise.
The programming of Sycamore is still in the growing phase, but, as a project that is early in its development bringing this kind of result, is a good sign for both the parent company and the tech world. The final verdict of the experiment is, that it is a sign that shows a promising future and great development in the arena of Quantum computers.
Google’s dream to supersede the supercomputers
The experiments organized by Google aimed to supersede the pace of the traditional supercomputers is not a new one, it was already in progress and they even reported that their quantum computer could run a random circuit sampling and triumph over the traditional supercomputers.
But the mission was not attainable then, after that supercomputers showed a better performance and it was able to run the algorithm more quickly than ever. However, the new method adopted by the company and RCS with a weak noise phase can still beat supercomputers.
Read More: Cloud Computing And Its Advantages: Unlocking The Future Of IT
Conclusion
Competition is an inevitable thing in the tech field, trying to get a win over another one is too quite common there, Google has always maintained a higher standard and introduced a lot of technological innovations that are ahead of the time. Their latest aim is to make a significant win over the traditional supercomputers, to acquire the win, the powerful weapon they can deploy is the Sycamore.
The latest RCS experiment could be just the beginning, the tech world is anticipating a mindblowing movement to get that ultimate aim, and we can hope for healthy competition between traditional supercomputers and quantum computers.
