South Korea is forging ahead with its New Growth 4.0 strategy, aiming to introduce cloud services powered by quantum computing and test flights for urban air mobility (UAM), as reported by The Chosun Post. The country’s Deputy Prime Minister and Minister of Economy and Finance, Choi Sang-mok, led an emergency ministerial meeting on economic affairs last week to discuss these groundbreaking initiatives.
In the quantum computing realm, South Korea plans to launch a 20-qubit quantum computer cloud service by the latter half of this year, enabling private sector access. This move aligns with the country’s objective to develop 50-qubit quantum computing technology by 2026 and push towards a staggering 1,000 qubits by 2032. Quantum computing, with its potential for vastly accelerated calculations, is poised for significant expansion.
Simultaneously, South Korea aims to revolutionize urban transportation through UAM. Real-world verification tests are scheduled to take place in various urban locations, including the Ara Waterway, the Han River, and the Tancheon. These tests, which will be conducted between this year and next year, will be supported by customized regulatory exemptions and secured frequencies to ensure safe and efficient operation.
As part of its broader innovation agenda, South Korea has set its sights on commercializing fully autonomous vehicles by 2027. To achieve this goal, the government plans to establish safety standards and reform the insurance system. Additionally, the country will inaugurate its first fully automated port in Busan next month, showcasing the latest advancements in unmanned container transport technology.
Beyond transportation and computing advancements, South Korea is also prioritizing its position in strategic industries such as semiconductors, secondary batteries, displays, and shipbuilding. The government plans to construct the world’s largest semiconductor mega-cluster and expand the scope of its national strategic semiconductor technologies. Collaborating with the Netherlands, South Korea will establish an ‘Advanced Semiconductor Academy’ to enhance expertise in advanced technologies like compound power semiconductors.
By embracing quantum computing, urban air mobility, and strategic industry development, South Korea is poised to maintain its reputation as a global leader in technological innovation. These ambitious endeavors pave the way for future growth and position the country at the forefront of emerging technologies.
An FAQ section based on the main topics and information presented in the article:
1. What is South Korea’s New Growth 4.0 strategy?
South Korea’s New Growth 4.0 strategy focuses on innovative and technology-driven initiatives to drive economic growth and development in the country.
2. What are the key objectives of South Korea’s quantum computing plans?
South Korea aims to launch a 20-qubit quantum computer cloud service by the latter half of this year, with the goal of developing 50-qubit quantum computing technology by 2026 and pushing towards 1,000 qubits by 2032.
3. What is urban air mobility (UAM)?
Urban air mobility refers to the concept of using air transportation systems, such as drones or flying vehicles, for commuting and transportation within urban areas.
4. What tests are being conducted for urban air mobility in South Korea?
Real-world verification tests for urban air mobility are scheduled to take place in various urban locations in South Korea, including the Ara Waterway, the Han River, and the Tancheon.
5. What steps is South Korea taking towards autonomous vehicles?
South Korea aims to commercialize fully autonomous vehicles by 2027. To achieve this, the government plans to establish safety standards, reform the insurance system, and showcase advancements in unmanned container transport technology.
6. What strategic industries is South Korea prioritizing?
South Korea is prioritizing strategic industries such as semiconductors, secondary batteries, displays, and shipbuilding. The country plans to construct the world’s largest semiconductor mega-cluster and expand its national strategic semiconductor technologies.
7. How is South Korea collaborating with the Netherlands in semiconductor technologies?
South Korea and the Netherlands are collaborating to establish an ‘Advanced Semiconductor Academy’ to enhance expertise in advanced technologies like compound power semiconductors.
Key Definitions:
– Quantum computing: A field of computing that uses quantum mechanics principles to perform complex calculations and solve problems more efficiently than classical computers.
– Urban air mobility (UAM): The concept of using air transportation systems for commuting and transportation within urban areas, potentially using flying vehicles or drones.
– Autonomous vehicles: Self-driving vehicles that can operate without human input or intervention.
– Semiconductors: Materials used in the production of electronic devices, such as microchips, that have the ability to conduct electricity under certain conditions.
Suggested Related Links:
The Chosun Post (source of the article)
Korea Herald
The Korea Times
The source of the article is from the blog elektrischnederland.nl