Examples of using Quantum computing in English and their translations into Thai
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Computer
After briefly talking about Quantum Computing in our blog“Quantum Computing: The future of lightning-fast, atom-scale computers that will change the world”. Many of you may wonder, what do Quantum Computers look like? How does hardware run on Quantum Computers and how is it different from today's PC? Today, we will give you a glimpse of the Quantum Computer and get to know the mechanism a little better.
In July 2018, physicists from the University of Science and Technology of China, led by Pan Jian Wei announced the success of building an 18-Qubit Quantum entanglement. This is higher than the previous 10-Qubit Quantum entanglement. This is Pan Jian Wei and his team's accomplishment that shook the Quantum Computing crowd in 2017.
Nowadays, technologies are more accessible. This includes Quantum Computing that can now be accessed through cloud computing. Therefore, startups are able to get hold of more knowledge and resources to help them produce new products and solutions with Quantum Computing. This is why we are beginning to see applications of Quantum Computing in various industries. Also, startups often possess different and fresh ideas that drive the ecosystem, especially to develop technologies that can be commercialized in a well-defined market.
The academic sector and Quantum Computing research in Thailand.
Quantum Computing: Among the Deep Tech that is driving Thailand.
I have dated you although you were an idiot who doesn't understand quantum computing.
But instead of being focused on general knowledge, it was going to be focused on specialist knowledge in quantum computing.
China's support in Quantum Computing is systematic. They have a concrete plan, invest the proper amount of resources, and recruit world experts to drive the development. This can be classified as follow.
From the USA, Zapata Computing is a startup in Quantum Computing that is unique for its team of developers from Harvard University professors and researchers. They focus on creating algorithms on Quantum Computing for chemical research, machine learning, security systems, and debugs.
As they are among the first scholars in Thailand who are studying Quantum Computing, QuTE views that there are two main factors that may help drive this technology. For Quantum Computing to become more widespread among Thais, in the initial stage, the factors are as follow.
we look forward to collaboratively applying quantum computing to portfolio optimization, risk management and security.”.
Human resources are one of the core drivers of research. China has appointed a physicist, Pan Jian Wei, as the leader for Quantum Computing development. In 2017, the journal Nature named Pan Jian Wei among the top 10 people who mattered in the year, with the label“Father of quantum”.
REKA will focus on supporting products and services in 6 Deep Tech sectors namely Artificial Intelligence, Blockchain, Cloud& Security, Big Data/Internet of Things(IoT), Augmented Reality& Virtual Reality and Quantum Computing. It is opened for application for professors, students, and researchers from now until May 15 at u-reka. co.
The NEO development team's only plan is to create an intelligent economy. And according to them, it can be achieved through the combination of digital assets, smart contracts and digital identities. NEO is extremely scalable and hypothetically it is also safe for quantum computing. So yes, NEO is quite futuristic and can be seen as a competitor of Ethereum.
Not only is Quantum Computing useful for tiny and complex explorations, but they are also used by explorers beyond the premises of the earth. Today, NASA supports Quantum Computer development and is seeking ways to combine it with Deep Tech such as machine learning and AI for space probes. Surely, we shall be seeing more discoveries that are uncovered by the power of Quantum Computers.
In the next phase, the team seeks to support the application of Quantum Computing to the nation's development scheme both in the innovation and business industry. Also, they seek to be part of the core technology development that will be used in building Quantum Computers, both in terms of hardware and software. Undeniably, research funds from the public and private sector are the key to future development.
Aside from the educational sector, tech giants such as Microsoft is also spotlighting this technology. They have opened a research center for Quantum Computing at the University of Copenhagen to support long-term R&D. Moreover, they have invented the quantum developer kit as an experimental tool for applications on Quantum Computing. The experimented applications can be used via Azure on Microsoft's cloud that is using Quantum Computer hardware.
Application for quantum mechanics computing.
Quantum Computing Application in Industries That Will Affect Lives in the Future.
Quantum Computing China.