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Kyoto Fusioneering and Oak Ridge to Build World's First Fusion Blanket Verification Facility UNITY-3

Kyoto Fusioneering (KF), a Japanese fusion energy engineering company, announced that it will jointly build a facility named UNITY-3 with the U.S. Oak Ridge National Laboratory (ORNL) to verify the breeding blanket technology required for commercial fusion power plants. The project is described as the world's first facility dedicated to breeding blanket demonstration, and KF will also relocate its U.S. business base to Oak Ridge, Tennessee. The project has received support from the U.S. Department of Energy's relevant roadmap, Tennessee's nuclear energy supply chain investment fund, and the DOE, indicating that the fusion industry is shifting from purely plasma physics breakthroughs toward engineering, system integration, and supply chain development. The breeding blanket is a critical component for deuterium-tritium fusion power...

2026-08-12

Longkou Lanfu Electron Accelerator Technology Co., Ltd. Commences Operations, Deploying High-Energy Electron Beam Irradiation Processing

On August 10, 2026, Longkou Lanfu Electron Accelerator Technology Co., Ltd. held its opening ceremony. Government officials, industry experts, university scholars, partners, and the management team of Lanfu Co., Ltd. attended the event to jointly witness the launch of the Longkou Irradiation Center. At the ceremony, Liu Zhongli, Dean of the School of Nuclear Engineering at Yantai University, recognized Lanfu's development in related technology fields from the perspectives of industrial cooperation and industry-academia-research integration. Customer representatives noted that Lanfu has built a solid reputation in technical services and corporate commitment fulfillment. Miao Cuibo, Chairman of Lanfu Co., Ltd., stated in his address that the company has long been deeply engaged in the field of high-energy electron beam irradiation technology, with a service network covering multiple core regions nationwide, and continues to drive industrial quality improvement and efficiency enhancement through technological innovation.

2026-08-11

"Smashing Out" More New Particles Unknown to Humanity — Exploring the Upgraded Beijing Electron-Positron Collider After Its Second Renovation

Beside Yuquan Road in Beijing, beneath an ancient courtyard surrounded by lush greenery, lies a giant scientific facility shaped like a badminton racket — the Beijing Electron-Positron Collider. Inside this 240-meter-circumference ring-shaped device, electrons and positrons can be accelerated to near the speed of light and smashed head-on into each other. By studying the microscopic particles produced in these collisions, scientists explore the fundamental laws governing the microscopic world, verify existing physical theories, and search for unknown new particles. Recently, a reporter visited this facility to uncover the secrets of this national heavyweight that has just completed its second major upgrade. After this renovation, key indicators such as collision energy and collision luminosity have been significantly improved, achieving a historic breakthrough in core performance. Since its completion...

2026-08-11

"Triple-Arrow Assault" Confirms a Cosmic "Natural Accelerator" Ejecting Protons at Energies 100 Times That of the Large Hadron Collider

Astronomers, using three observation facilities operating in different wavelength bands, have confirmed a mysterious celestial body in the direction of the Aquila constellation in the Milky Way as a natural cosmic accelerator. This object is continuously ejecting high-speed particles with energies far exceeding any man-made accelerator on Earth, equivalent to 100 times that of the Large Hadron Collider (LHC). This discovery provides key clues for tracing the origin of the highest-energy cosmic rays in the Milky Way, and the research findings were published in the latest issue of The Astrophysical Journal. A size comparison between the gamma-ray source (large circle) and the Moon (small circle). Image credit: The Astrophysical Journal. PeV (peta-electronvolt) energy cosmic rays are high-energy diffuse gamma-ray radiation, and...

2026-08-11

First Heavy Ion Beam Obtained at DC-140 Accelerator of the Joint Institute for Nuclear Research in Dubna, Russia

The Flerov Laboratory of Nuclear Reactions at the Joint Institute for Nuclear Research (JINR) in Dubna, Russia, has completed the construction of the DC-140 accelerator complex and obtained an accelerated heavy ion beam for the first time during commissioning on August 4. This achievement marks significant progress in the JINR applied technology development program and signifies that a new ion beam platform designed to meet scientific and industrial needs for decades to come has entered its critical commissioning phase. The DC-140 project was launched in 2020 to replace the existing U-200 and IC-100 cyclotron complex. The new facility is designed to address a wide range of fundamental and applied research needs, including solid-state physics, radiation materials science, material surface modification, and track membrane production...

2026-08-11

Fractionated radiotherapy did not significantly alter surface properties of two types of dental restorative composites

On August 5, a recently published in vitro study showed that under a simulated clinical head and neck cancer radiotherapy regimen, the surface microhardness and roughness of two modern dental restorative composites did not change significantly. The study focused on the effects of therapeutic ionizing radiation on the durability of dental restorative materials. After head and neck cancer patients receive radiotherapy, the oral environment may change, including reduced saliva secretion, mucositis, radiation caries, and other issues, which may affect the surface condition and long-term performance of restorations. To this end, the research team selected Giomer resin composite based on glass ionomer technology and Or...

2026-08-10

Japanese research team demonstrates ion wakefield acceleration for the first time, accelerating protons to a maximum of 60 MeV

Kyushu University, the National Institutes for Quantum Science and Technology (QST), and Osaka University recently announced jointly that the research team used high-intensity laser irradiation on a foam target to experimentally demonstrate the ion wakefield acceleration mechanism for the first time, providing a new experimental foundation for research on next-generation laser-driven ion accelerators. The results were published in *Communications Physics* on August 3, Japan time. According to the report, the research aims to reproduce physical processes similar to high-energy particle acceleration in space within a laboratory setting. Traditional high-energy accelerators typically require long acceleration tubes or large ring-shaped facilities, while the strong electric fields generated by plasma waves are considered promising for advancing accelerator miniaturization. However, compared with electrons, protons and ions...

2026-08-10

Jiangsu's First uLinac HalosTx Integrated Ring-Gantry CT Linac Enters Clinical Use

On August 7, the first uLinac HalosTx integrated ring-gantry CT linear accelerator in Jiangsu Province was officially put into clinical use at the Third Affiliated Hospital of Nanjing Medical University (Changzhou Second People's Hospital). The system integrates a diagnostic-grade CT scanner and a ring-gantry accelerator on a single platform, shifting regional tumor radiotherapy from the traditional step-by-step positioning approach to a same-platform real-time model. Radiotherapy is one of the important modalities for cancer treatment. In the conventional split-system radiotherapy workflow, patients typically need to be transported between the CT room and the treatment room, and treatment plans are mostly formulated based on static images acquired beforehand. In cases such as tumor regression or changes in patient weight, previous images may not fully reflect the actual condition on the day of treatment...

2026-08-08

CGN Technology joins forces with enterprises to build China's first fully self-developed electron beam curing coil coating industrial chain

On August 5, CGN Dasheng Accelerator Technology Co., Ltd., a subsidiary of CGN Technology, signed a strategic cooperation agreement on electron beam curing coil coating with Zhejiang Jiaguangshu New Material Technology Co., Ltd. Leveraging the electron accelerator equipment independently developed and manufactured by CGN Dasheng, combined with the partner's large-scale mass production process capabilities, the two parties jointly built China's first fully self-controlled, fully domestically produced complete industrial chain for electron beam curing coil coating, marking the official entry of China's color-coated steel industry into a new era of solvent-free, zero-VOC (volatile organic compounds), room-temperature green curing. CGN Dasheng and Zhejiang Jiaguangshu signed the strategic cooperation agreement on electron beam curing coil coating. Electron beam curing is...

2026-08-06

CGN Dasheng Joins Hands with Zhejiang Jiaguangshu to Build China's First Fully Self-Developed Electron Beam Curing Coil Steel Coating Industry Chain

On August 5, CGN Dasheng Accelerator Technology Co., Ltd. signed a strategic cooperation agreement on electron beam curing coil steel coating with Zhejiang Jiaguangshu New Material Technology Co., Ltd. Leveraging the electron accelerator equipment independently developed and manufactured by CGN Dasheng, combined with the partner's large-scale mass production process capabilities, the two parties jointly built the first fully self-controllable, fully domestically produced complete industry chain for electron beam curing coil steel coating in China, marking the official entry of China's color coating industry into a new era of solvent-free, zero VOC (volatile organic compounds), and room-temperature green curing. ▲CGN Dasheng and Zhejiang Jiaguangshu sign strategic cooperation agreement on electron beam curing coil steel coating Electron beam curing is a revolutionary new technology for metal coil coating...

2026-08-06

US Intermountain Health Opens New Outpatient Clinic in Las Vegas, Equipped with PET/CT and Linear Accelerator

Intermountain Health, headquartered in Salt Lake City, recently opened a new outpatient clinic in southwest Las Vegas. Named Badura Clinic, the facility spans approximately 90,000 square feet and is located in the Spring Valley area, marking the health system's first new construction project in Nevada. The three-story Badura Clinic officially opened following a ribbon-cutting ceremony and community open house on July 30. The clinic consolidates primary care and select specialty services previously dispersed across multiple locations in the Las Vegas Valley, offering more centralized medical care for children, adults, and senior patients. According to the introduction, the clinic's services include adult and...

2026-08-05

First Experimental Result Published from the High-Intensity Heavy-Ion Accelerator Facility

Recently, the research team from the Institute of Modern Physics (IMP) of the Chinese Academy of Sciences, together with collaborators, successfully produced and identified the rare isotope hafnium-153 using the High-Intensity Heavy-Ion Accelerator Facility (HIAF). This is the first physics result obtained during the commissioning of HIAF, demonstrating that China's new-generation high-intensity heavy-ion research facility is capable of exploring unknown nuclides and expanding the nuclear chart. It marks the official commencement of HIAF's scientific discovery journey. The result was published as a short communication in *Science Bulletin*. Figure: Position of hafnium-153 on the nuclear chart; the blue line indicates the boundary of known nuclides. Image | Hu Houyu, Li Hongfu. Atomic nuclei are composed of protons and neutrons, and different combinations of proton and neutron numbers form the diverse world of nuclides. Exploring unknown nuclides and investigating the boundaries of nuclear existence are important frontiers in nuclear physics. Hafnium-153 is located in the neutron-deficient heavy-mass region and is an important subject for studying the evolution of nuclear structure and the limits of nuclear stability. It had not been reported prior to this experiment. The discovery and precise measurement of this nuclide will help test nuclear theory models and deepen our understanding of nuclear structure regularities.

2026-08-03

Busan Gijang Southeast Radiation Medical Science Industrial Complex Simultaneously Advances Proton and Heavy Ion Therapy Centers

Within the Southeast Atomic Energy Medical Institute (Southeast Atomic Energy Medical Institute) in Gijang-gun, Busan, the proton therapy center and heavy ion therapy center projects are being advanced simultaneously, expected to form an integrated cancer treatment hub, alleviate medical concentration in the capital region, and attract patients from other regions and overseas. Busan's first proton accelerator project can also be used for industrial purposes, benefiting regional high-tech industries and investment attraction. According to Busan City and the Busan Institute of Science and Technology Advancement (BISTEP) on August 2, the Southeast Proton Therapy Center construction project will officially break ground in the second half of this year; BISTEP recently completed a commissioned study on the establishment strategy and implementation plan for the Southeast Proton Therapy Center (executed by the Southeast Atomic Energy Medical Institute) (Southeast...

2026-08-03

Santa Casa Hospital in Ceará, Brazil, Introduces New Linear Accelerator for Cancer Treatment

Santa Casa de Sobral Hospital in northern Ceará, Brazil, has introduced a new linear accelerator to strengthen cancer treatment for patients in the northern region. The hospital received a new linear accelerator for radiotherapy of cancer patients. After completing the installation, training, and licensing processes, this new technology is expected to double the institution's radiotherapy capacity, increasing from the current 600 patients per month to approximately 1,200 new patients. This equipment, the Halcyon linear accelerator, is considered the latest technology in radiotherapy and is the second unit of its kind installed in Ceará. The device is capable of providing faster, more precise, and safer treatment for various types of cancer...

2026-08-01

Shanghai Synchrotron Radiation Facility Science Center Organizes 2026 Annual Major Science and Technology Infrastructure Operation Training

The joint training for the 2026 annual operating facilities (SSRF & SXFEL) of the Shanghai Synchrotron Radiation Facility Science Center, Chinese Academy of Sciences Shanghai Advanced Research Institute (hereinafter referred to as "Shanghai Advanced Research Institute"), was held in Haiyan, Zhejiang Province from July 28 to 30. Academician Zhao Zhentang, Director of the Academic Committee of Shanghai Advanced Research Institute and Director of the Shanghai Synchrotron Radiation Facility Science Center; Deng Haixiao, President and Deputy Secretary of the Party Committee of Shanghai Advanced Research Institute; Chen Fengwei, Secretary of the Party Committee; Tai Renzhong, Vice President and Executive Deputy Director of the Shanghai Synchrotron Radiation Facility Science Center; Zhou Sigen, Vice President; and over 260 representatives from the operation team of the Shanghai Synchrotron Radiation Facility Science Center, various functional departments of Shanghai Advanced Research Institute, and sister institutions participated in the training. The opening session was hosted by...

2026-07-31