Examples of using Quantum computing in English and their translations into Thai
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Quantum Computing China.
Why startups are significant to Quantum Computing?
Support for Quantum Computing development in Thailand.
Nitrogenase enzyme and global warming exploration by Quantum Computing.
Substantial Quantum Computing success by Chinese researchers.
Like Wikipedia, the intention was that it would be written by the users, in this case, by experts in quantum computing.
The education sector and Quantum Computing development.
Quantum Computing Application in Industries That Will Affect Lives in the Future.
Startups who study and apply Quantum Computing to businesses.
Institute of Quantum Computing by the University of Waterloo is a research institute that aims to chiefly study Quantum Computing. .
Siam Commercial Bank emerges as Southeast Asia's first bank to engage in quantum computing technology with investment in 1QBit.
Acknowledge that Quantum Computing development is a“National technology development strategy”.
Their mission is to expand basic knowledge about this technology and be a part of Quantum Computing curriculum development in universities.
Fasten your Future with Quantum Computing by QuTE 1: Explore quantum computers and future possibilities.
Aside from policy, resources, and human resources support, China also houses substantial Quantum Computing accomplishments as follow.
From quantum computing and nanotechnology to clinical psychology, engineering and health sciences research, ideas that will change the world are at the heart of who we are.
New Information and Communications Technology(ICT) industry involve high-speed tech development by using deep tech such as quantum computing and artificial intelligence which will increase efficiency.
Disseminate Quantum Computing knowledge in the Thai language in forms of training courses and other media so Thais can easily understand. Content may range from basic knowledge for the general public to creating applications on Quantum Computing which is different from conventional computers.
To help achieve that new fundamental knowledge, ExxonMobil has partnered with IBM to access its quantum computing capabilities, a partnership announced at this year's Consumer Electronics Show(CES) in Las Vegas.
It is possible that the mechanical properties of quantum computing will play a more significant role in the future, whether in the field of finance or research. However, it remains to be seen if quantum computing will live up to the hype. If it does, the next question will be how can we prepare for the way it will change our world?
It's not surprising then that entanglement is at the core of quantum information science, a growing field studying how to use the laws of the strange quantum world in our macroscopic world, like in quantum cryptography, so spies can send secure messages to each other, or quantum computing, for cracking secret codes.
It can be seen that from a tiny spec of atoms to space explorations, the power of Quantum Computing can be applied for innovative results that benefit our lives in every aspect. Follow us for more stories about Quantum Computer and Deep Tech.
Regarding Quantum Computing R&D in Thailand, QuTE views that the communication of knowledge in Quantum Computing can instantly begin with physics and computer engineer experts so that they become interested and help drive research. QuTE foresees the foundation of Quantum Computing application in Thailand in various aspects as follow.
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.
From the UK, Post Quantum offers solutions for cybersecurity using Quantum Computing. It utilizes Quantum Computing in the process from storage to data transmission, thus, providing extreme security. Also, it is capable of designing different solutions to fit the objectives of each user.
MIT Quantum Computing course. MIT, a world-leading technology educational institution offers a Quantum Computing curriculum. The course joins professors in electrical engineering, physics, mathematics and collaborates with IBM, an IT company that develops hardware for Quantum Computing. Students will receive a certificate from MIT and although it is not yet a degree, this is a great start.
Jeeraporn elaborates an example that, today, we believe in the security of cryptography on the blockchain. However, in the future, when quantum computing is applied, its speed can decode cryptography in minutes. Therefore, aside from developing applications for blockchain, we need to learn about cybersecurity and quantum computing to better benefit from all types of deep technology.
Specifically, quantum computing may one day solve impossibly large, complex equations at rapid speeds. The potential applications for a company powering the daily needs of an energy-hungry world range from optimising a country's power grid to using highly accurate chemistry calculations to discover new materials for more efficient carbon capture.
From the UK, Cambridge Quantum Computer is a startup in Quantum Computing with a variety of products and services. They own operating systems for Quantum Computer, encryption by Quantum Computing, security system for the cryptocurrency, and also, AI designed to specifically work with Quantum Computing.
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.