[Hiru English News] The UK is set to build the world's most powerful laser, which is said to be a "million, billion, billion" times brighter than the sun, The Times reported.
The United Kingdom is embarking on a groundbreaking project to build the world's most powerful laser, known as the Vulcan 20-20. The project, led by the UK Science and Technology Facilities Council (STFC) at the Central Laser Facility (CLF) in Oxfordshire, aims to advance scientific research across various fields, including clean energy, cancer treatment, and plasma physics. Here are some key details about the Vulcan 20-20 laser project:
Laser Power: The Vulcan 20-20 laser is set to generate a main laser beam with an energy output of 20 Petawatts (PW), alongside eight high-energy beams with an output of up to 20 Kilojoules (KJ). This represents a 20-fold increase in power compared to its predecessor.
Brightness: The laser's brightness is said to be "a million, billion, billion" times brighter than the sun. It will be 100 times brighter than the previous Vulcan laser and significantly brighter than the brightest sunlight in the Sahara Desert.
Applications: The Vulcan 20-20 laser is expected to revolutionize scientific research across multiple domains, including plasma physics, astrophysics, and materials science. It holds the potential to drive new discoveries and innovations, particularly in clean energy sources and cancer treatment.
Funding: The UK Research and Innovation has allocated £85 million in funding for the Vulcan 20-20 project, reflecting the government's commitment to advancing scientific research and innovation.
Completion Date: The project is scheduled for completion by 2029, marking a significant milestone in the UK's scientific capabilities.
Job Creation: The development of the Vulcan 20-20 laser is expected to create a range of new jobs for scientists, further contributing to the growth of the UK's science sector and economy.
Global Leadership: The project reaffirms the UK's position as a leader in laser technology and scientific research on the international stage.
The Vulcan 20-20 laser is poised to unlock new frontiers in scientific exploration and innovation, with potential applications that could benefit various industries and fields of study. It represents a significant investment in advancing knowledge and technology for the benefit of society.
The United Kingdom is embarking on a groundbreaking project to build the world's most powerful laser, known as the Vulcan 20-20. The project, led by the UK Science and Technology Facilities Council (STFC) at the Central Laser Facility (CLF) in Oxfordshire, aims to advance scientific research across various fields, including clean energy, cancer treatment, and plasma physics. Here are some key details about the Vulcan 20-20 laser project:
Laser Power: The Vulcan 20-20 laser is set to generate a main laser beam with an energy output of 20 Petawatts (PW), alongside eight high-energy beams with an output of up to 20 Kilojoules (KJ). This represents a 20-fold increase in power compared to its predecessor.
Brightness: The laser's brightness is said to be "a million, billion, billion" times brighter than the sun. It will be 100 times brighter than the previous Vulcan laser and significantly brighter than the brightest sunlight in the Sahara Desert.
Applications: The Vulcan 20-20 laser is expected to revolutionize scientific research across multiple domains, including plasma physics, astrophysics, and materials science. It holds the potential to drive new discoveries and innovations, particularly in clean energy sources and cancer treatment.
Funding: The UK Research and Innovation has allocated £85 million in funding for the Vulcan 20-20 project, reflecting the government's commitment to advancing scientific research and innovation.
Completion Date: The project is scheduled for completion by 2029, marking a significant milestone in the UK's scientific capabilities.
Job Creation: The development of the Vulcan 20-20 laser is expected to create a range of new jobs for scientists, further contributing to the growth of the UK's science sector and economy.
Global Leadership: The project reaffirms the UK's position as a leader in laser technology and scientific research on the international stage.
The Vulcan 20-20 laser is poised to unlock new frontiers in scientific exploration and innovation, with potential applications that could benefit various industries and fields of study. It represents a significant investment in advancing knowledge and technology for the benefit of society.
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