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Hangyang Share and Hangzhou Turbine Technology Jointly Invest in Startorus Fusion to Accelerate the Commercialization of Multi-Stroke Magnetic Reconnection Fusion
Two domestic high-end manufacturing listed companies, Hangyang Share (002430.SZ) and Hangzhou Turbine Technology (300277.SZ), have issued a joint investment announcement, declaring their joint capital contribution to acquire equity in commercial nuclear fusion innovation enterprise Shanghai Startorus Fusion Technology Co., Ltd. (Startorus Fusion). According to the investment agreement, Hangyang Share and Hangzhou Turbine Technology will each contribute RMB 50 million, each acquiring a 0.66% equity stake in Startorus Fusion; the remaining investors will jointly contribute RMB 720 million, collectively subscribing to a 9.45% equity stake. This capital injection further boosts capital attention on the domestic commercial controlled nuclear fusion industry. Startorus Fusion was established in 2021...
2026-09-24
China Institute of Atomic Energy Holds 2026 Science and Technology Innovation Conference, Releases Three Independently Developed Scientific and Technological Achievements: Industrial Software, Radiation-Resistant Robot, and Monitoring Watch
2026-09-24
First Light Fusion's Low-Cost Fusion Compression Technology Achieves Experimental Validation, Driving Source Cost Expected to Drop by an Order of Magnitude
2026-09-24
Purdue University Completes the First Remote Real-Time Autonomous Power Control Experiment on a Nuclear Reactor in the United States, Building a Cross-State Digital Twin Closed Loop
2026-09-24
US Senate Weighs $50 Billion Nuclear Energy Integrated Campus Plan, Aiming to Link Advanced Reactors, Waste Recycling, and AI Computing Centers
2026-09-24
Idaho National Laboratory Moran Test Bed Completes Deployment Preparation for Spent Fuel Decladding Skid
2026-09-24
Poland's SGE Advances Plan to Build 14 BWRX-300 SMRs in the UK
2026-09-24
Škoda JS of the Czech Republic to Supply Control Rod Drive Mechanisms for Rolls-Royce SMR
2026-09-24
Polish Nuclear Power Company and U.S. Consortium Reach Agreement on Key Commercial Terms for EPC Contract of First Commercial Nuclear Power Plant
2026-09-24
Agricultural technology innovation company Vylor and Belgian agricultural biotechnology startup Rainbow Crops announced the establishment of a deep R&D collaboration. The two parties will deeply integrate Artificial intelligence (AI) algorithm-assisted design with high-throughput Multiplex gene editing technology, leveraging Rainbow Crops' proprietary Trait Foundry trait discovery and validation platform, focusing on abiotic environmental stresses such as heat damage, extreme drought, and waterlogging, to screen and validate highly climate-adaptive maize hybrid germplasm materials. The core process pipeline of this cross-border collaboration will combine AI-assisted trait prediction, multiplex multi-locus...
2026-09-24
In the process of modern agricultural crop breeding, although a large number of elite alleles have been successively sequenced and identified, how to rapidly and precisely pyramid them into a single variety has always faced the technical bottleneck of multi-generational crossbreeding and repeated experimental optimization. The research team at the Institute of Genetics and Developmental Biology, Chinese Academy of Sciences (CAS) has successfully tackled this challenge by developing a precise gene knockout tool TKO and an all-in-one composite genome editing system TRIM (Targeted Replacement, Insertion and Mutagenesis), opening up a new pathway for one-stop targeted improvement of complex agronomic traits. Targeting...
2026-09-24
On September 23, China Institute of Atomic Energy (CIAE) of China National Nuclear Corporation (CNNC) officially convened the 2026 Science and Technology Innovation Conference, systematically planning and coordinating key tasks for nuclear basic research and original innovation. The conference brought together Sun Changpu, Ye Guoan, Liu Weiping, and Li Jun, academicians of the Chinese Academy of Sciences; Hu Shilin, Wang Hualin, and Su Guanghui, academicians of the Chinese Academy of Engineering; as well as representatives from research and industrial units including CNNC and Aerospace Software. Three independently developed innovative scientific and technological achievements were released on site: the Yundian Product Data Management System N-PDM, the Anluan-R Radiation-Resistant Inspection Robot, and the Antai-W1 Smart Radiation Monitoring Watch...
2026-09-24
At the 2026 Nuclear Technology Application and Nuclear Medicine Industry Innovation Development Conference held in Mianyang, Sichuan, participants focused on the strategic emerging industry track of deep integration between nuclear technology and modern medicine. As a key vehicle for developing new quality productive forces, Sichuan's nuclear medicine industry, relying on its long-accumulated advantages in scientific research and reactor irradiation resources, continues to expand in scale; according to the China Isotope & Radiation Association, Sichuan's nuclear medicine output value is projected to surpass the 10 billion yuan mark in 2026. In the fields of basic raw materials and therapeutic equipment, Sichuan possesses outstanding advantages in resource security and manufacturing concentration. More than 80% of the nation's medical isotopes rely on reactor irradiation for production, and the relevant reactors currently owned by Sichuan...
2026-09-24
A research team at the Keck School of Medicine of USC is developing a miniaturized plug-and-play microfluidic platform aimed at significantly accelerating the synthesis and R&D cycle of novel positron emission tomography (PET) radiotracers. The project has received a four-year, $2.6 million dedicated research...
2026-09-24
Relying on the A Large Ion Collider Experiment (ALICE) at the Large Hadron Collider (LHC), the research team led by Professor Li Xiaomei at the National Key Laboratory of Nuclear Data, China Institute of Atomic Energy (CIAE), in international collaboration with the team led by Professor Zhou You at the Niels Bohr Institute, University of Copenhagen, Denmark, conducted research. The joint team studied the Oxygen-16 (Oxygen-16, $^{16}\text{O}$) and Neon-20 (Neon-20, $^{20}\text{Ne}$) light-nucleus collision system and achieved important progress regarding collective flow phenomena dominated by nuclear structure, confirming that the spatial geometric configuration of atomic nuclei can directly regulate the laws of matter flow in high-energy nuclear collisions, providing key experimental constraints for improving relativistic heavy-ion collision theory and resolving microscopic nuclear structure.
2026-09-24
On September 21, in order to further promote the construction of a quality control system for domestic radiotherapy equipment, standardize clinical quality control work for Tomo equipment, and facilitate multi-party collaborative development among industry, academia, research, and medical institutions, CNNC High Energy organized a seminar on quality control standardization for radiotherapy equipment. The meeting brought together industry forces from multiple sectors. Professor Zhang Fuquan, President of the Radiotherapy Equipment Technology Branch of the China Association of Medical Equipment and of Peking Union Medical College Hospital, and Professor Qiu Jie, Vice President of the Radiotherapy Equipment Technology Branch of the China Association of Medical Equipment and of Peking Union Medical College Hospital, attended the meeting as clinical experts; management, technical, and business representatives from CNNC High Energy, CNNC Accuray, Shuimu Medical, Shuimu Lingrui, and other units attended the meeting together. At the meeting, with...
2026-09-22
