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Nuclear Energy Highlights

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Fusion

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US and UK Join Forces to Accelerate Commercialization of Fusion Energy

US and UK Join Forces to Accelerate Commercialization of Fusion Energy

2026-09-16

At the Global Fusion Policy Summit held in London on Monday, the UK Atomic Energy Authority (UKAEA) and the Princeton Plasma Physics Laboratory (PPPL), which operates under the US Department of Energy, signed a joint statement of intent. The two sides plan to establish a partnership called the SUNRISE–STELLAR-AI Federation, integrating the UK's first supercomputer dedicated to fusion research, SUNRISE (funded by the UK government with £45 million), with PPPL's STELLAR-AI supercomputing platform (costing $13 million), to leverage artificial intelligence (AI) to accelerate fusion energy R&D. The collaboration builds on a memorandum of understanding signed by both parties in June this year and will utilize the UKAEA...

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Construction of the

Construction of the "Helong-2" project begins, advancing toward hydrogen-boron fusion power generation

2026-09-16

On September 15, the groundbreaking ceremony for the construction project of ENN Fusion's spherical torus hydrogen-boron plasma platform (the Helong-2 device) was grandly held at the ENN Fusion R&D Center in Langfang Economic and Technological Development Zone, Hebei Province. The Helong-2 construction project covers approximately 120 mu and focuses on building more than ten core systems to create the world's leading hydrogen-boron fusion experimental platform; the park is expected to be ready for equipment entry by the end of June 2027, complete device construction and commissioning and enter the experimental phase by the end of 2027, with the goal of lighting the first lamp of hydrogen-boron fusion by 2030. Planning rendering of the Helong-2 spherical torus hydrogen-boron fusion park. Officials from relevant departments of Hebei Province and Langfang City, and heads of the project construction unit, design unit, construction unit, and supervision unit attended the groundbreaking ceremony and jointly laid the foundation and turned soil for the project.

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Symposium on Frontier Progress and Key Engineering Issues of Controlled Nuclear Fusion Held in Beijing

Symposium on Frontier Progress and Key Engineering Issues of Controlled Nuclear Fusion Held in Beijing

2026-09-15

On August 30, a small-scale high-end brand exchange event—the Symposium on Frontier Progress and Key Engineering Issues of Controlled Nuclear Fusion, supported by the China Association for Science and Technology and hosted by the Chinese Nuclear Society—was held at the China Science and Technology Hall. More than 20 frontline experts from universities, research institutes, and industry engaged in exchange and discussion on relevant topics. The event focused on the strategic needs of national low-carbon transition and energy self-sufficiency and security, discussed frontier progress and key issues in the engineering implementation of controlled nuclear fusion, and aimed to help cultivate strategic emerging industries and accelerate the building of an energy powerhouse. Professor Luan Benli of Yantai University served as executive chairman, and Professor Liu Shichang of North China Electric Power University served as academic secretary. The symposium featured...

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ITER Organization Deputy Director-General Luo Delong and his delegation visited China Fusion Energy Co., Ltd. for research and guidance

ITER Organization Deputy Director-General Luo Delong and his delegation visited China Fusion Energy Co., Ltd. for research and guidance

2026-09-14

On September 11, Luo Delong, Deputy Director-General of the International Thermonuclear Experimental Reactor (ITER) Organization, and his delegation visited China Fusion Energy Co., Ltd. (hereinafter referred to as "China Fusion") for research and guidance, gaining an in-depth understanding of China Fusion's overall development situation and the progress of key task implementation. Zhang Libo, General Manager of China Fusion, accompanied the research visit. During the visit, both parties held a special symposium. On behalf of China Fusion, Zhang Libo extended a warm welcome to Luo Delong and his delegation, and expressed sincere gratitude to the ITER Organization and Mr. Luo Delong for their concern, support, and guidance regarding China Fusion's development and the fulfillment of ITER Project-related tasks. At the meeting, Zhong Wulv, Chief Engineer of China Fusion, delivered an overall situation report, focusing on...

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US Fusion Company Commonwealth Fusion Systems Secures $1 Billion Investment from South Korea's Hyundai

US Fusion Company Commonwealth Fusion Systems Secures $1 Billion Investment from South Korea's Hyundai

2026-09-14

Recently, the US nuclear fusion company Commonwealth Fusion Systems, backed by Bill Gates, has secured a $1 billion investment from South Korea's Hyundai Motor Group to build its commercial fusion power plant. Chung Ho-eun, Executive Vice President of Hyundai Motor Group, stated that the plan will enable both parties to explore engineering collaboration on a commercial fusion power plant project called ARC. Fusion energy is expected to play an important role in meeting growing global energy demand while supporting a more sustainable future. As of June this year, this hardware solution has received formal academic confirmation of its physical feasibility. Following a peer-reviewed study, CFS validated the ARC des...

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Lower Saxony, Germany Plans to Build Europe's First Large-Scale Fusion-Grade High-Temperature Superconducting Tape Plant

Lower Saxony, Germany Plans to Build Europe's First Large-Scale Fusion-Grade High-Temperature Superconducting Tape Plant

2026-09-12

Proxima Fusion and the Lower Saxony state government of Germany signed a memorandum of understanding in Hanover on September 9, planning to build Europe's first large-scale fusion-grade high-temperature superconducting tape production facility in the state, laying the foundation for large-scale industrial production of high-temperature superconducting (HTS) tape. According to the plan, the first two phases of the project involve an investment of approximately 140 million euros, with public funds and private capital each covering about half. Of this, Lower Saxony plans to contribute 21 million euros, accounting for nearly 30% of the public funding portion. The first two phases of construction are expected to be completed by the end of 2029. High-temperature superconducting tape is a type of metal tape that exhibits superconducting properties at relatively higher temperatures. In the superconducting state, it can transmit current with nearly zero resistive loss and is used to manufacture high-power, compact electromagnets. For stellarator fusion devices, magnets made from high-temperature superconducting tape can generate the magnetic fields needed to confine and control high-temperature plasma, making them an important foundational material for achieving compact fusion devices and future fusion power plants.

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Nuclear Application

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DeVry University and Pulse Radiology Institute Partner to Launch Degree in Magnetic Resonance Imaging Technology

DeVry University and Pulse Radiology Institute (Pulse Radiology Institute) recently announced a partnership to jointly launch a new associate degree specialization in Magnetic Resonance Imaging (MRI) technology. This degree program innovatively combines DeVry University's flexible and convenient online theoretical courses with Pulse Radiology Institute's mature clinical training model and its network of college and healthcare partners across the United States. The core purpose of launching this hybrid training program is to address the staffing shortage crisis currently facing the healthcare industry. According to data published by the American Society of Radiologic Technologists (ASRT), the current vacancy rate for MRI technologists is as high as 1...

2026-09-16

Scientists Reveal the Chemical Secrets of the Nanoscale Iridescent Effect in 9th-Century Islamic Ceramics

A scientific team led by the Universitat Politècnica de Catalunya (UPC) in Barcelona and the European Synchrotron Radiation Facility (ESRF) has successfully revealed the nanoparticle chemical reactions that created the distinctive shimmering iridescent effect in 9th-century Islamic ceramic painting. The related research findings have been published in the academic journal Science Advances. Centuries before the rise of modern nanotechnology, 9th-century Abbasid potters were already able to produce ceramics with vivid colors such as gold, red, brown, or yellow and a metallic luster. This technique for creating the iridescent effect originated in the Near East during the Abbasid period and subsequently spread throughout the entire Islamic world.

2026-09-16

IAEA's Rays of Hope Initiative Boosts Global Cancer Care

The IAEA's Rays of Hope initiative aims to expand access to cancer care, drive innovation, and build partnerships to narrow the global gap in cancer treatment. Every year, cancer claims more than 10 million lives, and that number is expected to nearly double by 2050. While many cancers are treatable, especially when detected early, timely diagnosis and life-saving treatment are unevenly distributed around the world. Low- and middle-income countries often lack modern medical imaging and radiotherapy equipment, trained oncologists, research capacity, and basic services. More than half of cancer cases occur in these countries, and nearly two-thirds...

2026-09-16

Russia helps Kyrgyzstan rehabilitate the Kristall plant and eliminate environmental risks

Rosatom will cooperate with the Ministry of Emergency Situations of Kyrgyzstan to restore the site of the former Kristall plant to a safe state using Russian engineering and environmental technologies. In Tashkumyr, the capital of Kyrgyzstan, Rosatom held an information session with local residents, public representatives and experts to present the upcoming work at the Kristall plant. Rosatom experts presented the work stages, technical solutions and environmental monitoring system. The site has stored up to 155 tonnes of toxic chemicals for about 15 years. These chemicals are kept in process tanks left after the production line was shut down and pose a potential hazard to the surrounding area....

2026-09-16

Siemens Healthineers Invests $44 Million to Expand PET/CT Production Capacity

Siemens Healthineers announced that the company will make an investment of nearly $44 million at its PET detector center in Rockford, Tennessee, to increase production capacity for PET/CT equipment. This investment marks the completion of the company's construction project at the center, which is aimed at meeting growing demand for PET/CT technology and supporting new product lines launched in the U.S. and international markets. In the Rockford expansion project, approximately 40,000 square meters of building area were added, increasing the total campus footprint to 97,000 square meters, while 7,500 square meters of existing buildings were also renovated. The campus is Siemens Healthineers' only...

2026-09-15

FDA Approves Telix's New Brain Tumor Imaging Agent Pixclara

The U.S. Food and Drug Administration (FDA) has approved a new brain tumor imaging agent developed by Australian pharmaceutical company Telix, the company announced on Monday. The product, called Pixclara, is a radioactive diagnostic drug used in combination with positron emission tomography (PET) imaging. Its primary use is to help doctors distinguish between recurrent brain tumors and harmless changes caused by prior treatment. The FDA approval comes after Telix faced an FDA rejection last year due to insufficient evidence. Kevin Richardson, CEO of Telix Precision Medicine, said in a statement: "As the first FDA-approved PET imaging drug for glioma (a type of brain tumor), Pixclara will provide physicians in the United States with more definitive diagnoses and greater confidence in patient treatment planning."

2026-09-15