2019's Amazing Advancements In Quantum Cloud Computing
By Kamal Jacob
The technology industry has undergone a huge advancement in terms of innovations and up skilling. One of these innovations that have undergone a major transformation is cloud computing. Today, cloud computing is not only advanced in terms of technology it is also the most sought after skill in the industry. With the advent of many cloud providers such as Amazon Web Services, Microsoft Azure, and Google Cloud, there also has been a huge competition in terms of market share.
In 2019, cloud computing is being taken to the next level with amazing advancements in Quantum Cloud Computing. It is deemed as the greatest revolutionary transformation in the history of computing technology. The Quantum Cloud Computing is also known as the next generation of computing because of it super efficiency and given that the advancement in the technology industry is progressing at a faster pace this also brings us an opportunity to gain more insight in this side of the computing world.
Overview and Advancements in Quantum Computing
Quantum Computing along with Cloud Computing is such robust technologies that have the capability to reinvent the information technologies industry to a whole new level by the transformation the future of computing. Quantum computing mainly focuses on creating super-fast and efficient computers using the varied concepts and elaborate dynamics of quantum physics. However, on the other hand, Cloud computing deals with computing power that is generally provided as a service by various cloud providers. So, the collaboration of both the fields i.e quantum computing together with cloud computing has the gigantic potential to re-model the very core of computer technology as we know it.
Hence, there is an enormous possibility of a Quantum-Cloud i.e. getting quantum computing as a service. Simply put if the users get access to these computers powered with quantum physics over the Internet network, it is known as quantum computing in the cloud.
There is a lot of research that is currently going into this field and this area has made good progress over the last few years. Yet there is a lot of substantial progress that needs to make this area of technology. It is truly the next big step in the world of technology and computing. Hence, there are many small scale companies as well as startups who understands the importance of quantum cloud and are leveraging this opportunity in making a substantial mark. The large technology giants such as IBM, Google and Microsoft are also involved in regular research and development and making good progress in this field. This not only brings advancement in this particular area but also open a wide door of opportunity for all the technology professionals who carry good exposure in their fields and looking forward to exploring more of the cloud computing arena.
How Does Quantum Computing Functions?
The fundamental function of quantum computing is largely based upon the principles of quantum mechanics. The science of quantum mechanics explicates the theory of interaction and mobility of subatomic particles. Moreover, the theory utilizes the arithmetical method in order to determine the functional savoir-faire of quantum theories. The key component that plays the most important role in the operational computing field is known as "super qubits". Super Qubits are a powerful tool that aids in the completion of extensive tasks with unsurpassed precision.
What are Quantum Computers Capable of Doing?
The futuristic technology of quantum computing is literally what empowers science fiction with limitless potential. Quantum computers hold the enigmatic power to multiply 500 digit numbers. Theoretically, it may not be comprehended as a big achievement but this power of super quantum computers can aid in resolving the biggest economic, technological, and demographic issues of the world. The existential computers in today's world are only so effective that if they are faced with a complex challenge, then they may require up to billions of years to sum up the information, statistics, and calculation required to resolve the issue. Quantum computers, on the other hand, hold the competence to perform the task of equivalent complexity within mere seconds of time. These computers hold a potential so powerful that can derive the answers to the very origin of the universe in a short amount of time. The possibilities are immeasurable, a futuristic medical invention that can cure terminal diseases; a one-step personalized medical device which can analyze every aspect of one's health. No matter how we look at the technology of quantum computers it will be marked as a gigantic breakthrough in the very core of human lives. It has the potential to transform the very basics of one's lifestyles. Quantum computers can power automated self-drive cars, self-operational traffic mechanism, basically, a whole swamp of self-sustaining businesses can be made operational through quantum computers beyond demographic boundaries.
The Prospects of Quantum Computing
The current global issues in food production, energy expenditure, and machine learning can be efficiently resolved by the technology of quantum computers. However, the transformation of this futuristic technology into a reality requires a substantial amount of patience as the technology is not yet ready to be operational. Artificial Intelligence is another key component of the computer technology world which would gain considerable benefits with the exploration of quantum computing. The remodeling of Artificial Intelligence can mark a revolutionary step up in the marketing and customer survive segment of commerce industry. The A.I technology can super pace the operations of a business by rationalization of big complex company data in an instant. Moreover, it can remodel the very core structure of the operational dynamics of today’s world. The innovative technology of quantum computer will mark a progressive benchmark technology redefining the quality of our lives.
On the contrary, the conceptualization of quantum computers is easier said than done. Whereas, on one hand, the physicist has theorized the concept as futuristic technology with endless possibility; on the other hand, the real-life creation of the technology is a convoluted predicament faced by software professionals. The very resources required for assembling even one such prototype of a quantum computer technology would cost multi-billion dollars. In addition to which the time, skill, patience, and human resources required to turn this technology into reality is elaborate beyond comprehension. Consequentially the technology of the future is yet to make its breakthrough in our lives. The top technology giants such as Microsoft, IBM, Google, and Apple have shown interest and potential in working with quantum computers; however, there is no certainty as to when can this futuristic technology integrated into our lives.
The year 2019 has witnessed various advancements made to cloud computing till now and quantum computers are major of them. These achievements are the future of the cloud infrastructure as these quantum devices leverages the power of quantum mechanics principles to analyze the data and further processes various information. These quantum computers are not like the traditional computers, these are the most powerful and the supercomputers that exist today and the sole reason of this is that these quantum computers are powered computing powers by quantum physics.
In the coming days, quantum computers will be solving the problems that are too hard and complex for a classical computer. It is gaining a lot of interest both from the public and private sectors and the scientists and companies are racing towards achieving this computing milestone. This state of the art technology is being developed, built, and studied from all the big universities and national laboratories to startups and large corporations such as Google, IBM, Intel, and Microsoft. It might sound incredible to a certain extent but this is an unthinkable achievement in the computer technology and the experimental progress made in this arena has solidified this technology to a great extent by laying down a strong foundation. It has further helped in making a mark and one of the major advancement of the 21st century. There are enormous potential and various possible advantages of this evolutionary technology in the near future. In spite, of all that hype that it gathered over the years, we are still not there yet but the technology industry is much eager to welcome quantum computing join this amazing realm of innovation.