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Shanghai Electric Holds Advanced Nuclear Energy Technology Frontier Forum
Recently, the Advanced Nuclear Energy Technology Frontier Forum, hosted by the Science and Technology Innovation Department of Shanghai Electric Group, organized by the Nuclear Power Group and Shanghai No.1 Machine Tool Works, and co-organized by the Central Research Institute, Power Station Group, and Power Transmission and Distribution Group, was successfully held at the Shanghai Electric Lingang Nuclear Power Base. Relevant responsible persons from the Central Research Institute, the Science and Technology Production and Development Department of the Nuclear Power Group, and Shanghai No.1 Machine Tool Works, as well as technical lines from the Power Station Group, Steam Turbine Plant, Boiler Plant, Shanghai Electric Nuclear Power Equipment Co., Ltd., Nuclear Pump Company, and Shanghai Heavy Casting and Forging Company, participated in the forum. The forum conducted exchange reports around two major sections: key technologies for advanced pressurized water reactors and key technologies for new nuclear energy. The exchange topics not only represent the forefront of current nuclear energy technology, but also closely align with industry development...
2026-10-09
India's NTPC Finalizes Three New Nuclear Power Plant Sites: Accelerating Toward the 30 GW Nuclear Power Strategic Goal for 2047
2026-10-09
Adjustment of External Directors at SPIC and Dongfang Electric
2026-10-09
U.S. NRC Expedites Review of License Amendment for Palisades Nuclear Plant Fuel Loading Tilt Incident: Advancing Vanguard SMR Construction Permit Review in Parallel
2026-10-09
Final Design Review Completed for ITER Neutron Flux Monitor System #7
2026-10-09
Fangchenggang Nuclear Power Data Governance Application Project Selected as an Innovative Practice Case at the 2026 Global Data Management Summit
2026-10-09
Startorus Fusion Completes 20 K Cryogenic Rapid Discharge Test of Central Solenoid Model Magnet (CSMC) for Spherical Tokamak Device
2026-10-09
Installation of First Steam Generator Begins at Egypt's El Dabaa Nuclear Power Plant, Total Capacity to Reach 4,800 MW
2026-10-09
Controversy Over U.S. Nuclear Waste Repository Siting Draws Renewed Attention: Historical Decision Alleged to Have Relied Excessively on Cost Estimates
2026-10-09
At the recently held 30th National Invention Exhibition · Belt and Road & BRICS Skills Development and Technology Innovation Competition, the project "Key Technologies for Brachytherapy Radiation Protection Materials and Series of Radiation Protection Products," jointly applied for by the Institute of Radiation Medicine, Chinese Academy of Medical Sciences (Radiology Institute), Peking Union Medical College Hospital, Chinese Academy of Medical Sciences (Peking Union Medical College Hospital), and Tianjin Tianyi Keyuan Technology Co., Ltd. (Tianyi Keyuan), stood out from numerous competing projects and won the Gold Award by virtue of key technological breakthroughs in the field of medical radiation protection. The award-winning project focuses on the long-standing radiation protection pain points in the clinical frontline of interventional therapy and brachytherapy. Through cross-disciplinary collaborative research by the three parties of medicine, research, and enterprise, it has systematically developed a series of innovative product matrices covering scenarios such as occupational health protection for medical staff, protection of normal tissues during radiotherapy for tumor patients, and specialized protection for scar radiotherapy.
2026-10-09
The BGCT-0824 medium-sized CT security inspection device and the BGCT-1050S large-sized CT security inspection device, independently developed by CGN Begood Technology Co., Ltd. (CGN Begood), have recently officially obtained the "Civil Aviation Administration of China Security Inspection Equipment Use License." The acquisition of this qualification marks that CGN Begood has officially entered the core field of civil aviation passenger checked baggage security inspection, achieving a key access breakthrough in the high-end equipment field of civil aviation aviation security. Both devices certified this time are X-ray computed tomography (CT) explosive detection security inspection devices for passenger checked baggage. Prior to certification, both models had successfully passed the full-process on-site rigorous qualification testing conducted by the Aviation Security Research Institute of the China Academy of Civil Aviation Science and Technology (CAST)...
2026-10-09
Recently, the team of Ding Shiqian, associate professor in the Department of Physics at Tsinghua University, published important results online in the international academic journal Nature, announcing the successful development of a thorium-229 nuclear optical clock and the achievement of its stable operation. This work was completed independently in the same period as that of a European team, making China the first internationally to achieve operation of a thorium-229 nuclear optical clock, marking the successful extension of the time measurement standard from electronic transitions to nuclear transitions. It is understood that a nuclear optical clock uses the internal transition of the thorium-229 atomic nucleus as a time-frequency reference. Ding Shiqian, one of the corresponding authors of the paper, introduced that the pendulum of an old-fashioned wall clock swings about once per second, whereas a nuclear optical clock uses the beat of the atomic nucleus as its "pendulum," with a beat frequency of up to about 2 quadrillion times per second. Because the size of the atomic nucleus is only a few tens of thousandths of the electron cloud outside the nucleus...
2026-10-08
GE HealthCare, the Chicago-based medical imaging and radiodiagnostics giant, has announced that it has entered into a definitive acquisition agreement to acquire radiopharmaceutical company Sofie Biosciences in an all-cash deal valued at $945 million from private equity firm Trilantic North America. The transaction is expected to complete all regulatory approvals and closing procedures by July 2027, and is expected to be accretive to GE HealthCare's revenue growth and adjusted earnings in the first full fiscal year following closing. Founded in 2008 and headquartered in Dulles, Virginia, Sofie Biosciences has built a broad radiopharmaceutical production and distribution network across the United States...
2026-10-08
Recently, the press office of TU Wien (Vienna University of Technology) announced that a team of scientists from Austria, Germany, and the Czech Republic has successfully developed the world's first nuclear clock based on the thorium-229 (chemical symbol ²²⁹Th) atomic nucleus. This nuclear clock possesses extremely high interference resistance and is capable of operating in a fully autonomous mode without external stabilization. The research team stated that, compared with traditional atomic clocks that operate using entire atoms, timekeeping using atomic nuclei can theoretically achieve higher measurement precision. Two years ago, they successfully controlled the transition process of the thorium-229 atomic nucleus for the first time, but to achieve extremely high-precision timekeeping, it was still necessary to solve the nuclear clock...
2026-10-08
A research team from the Joint Institute for High Temperatures of the Russian Academy of Sciences (JIHT RAS / ОИВТ РАН) has achieved an important physics advance in the study of extreme high-temperature and high-pressure states: researchers have discovered a previously undescribed phase transition in cesium (Cesium) under dense plasma conditions, accompanied by a dramatic jump-like change in electrical conductivity. The study focuses on the microscopic physical behavior of matter at temperatures from 500 to 20,000 Kelvin (K) and pressures ranging from about 1 hectopascal (hPa) to several terapascals (TPa). Under such severe extreme conditions, interatomic distances are greatly compressed, matter undergoes multiple deep ionizations, and the traditional criteria for distinguishing solid, liquid, and gas states can no longer...
2026-10-08
The 2026 Nobel Prize in Physics was awarded for a major scientific discovery in the field of astrophysical high-energy neutrino detection. The key engineering foundation that made this historic breakthrough possible is a giant scientific facility located near the South Pole——the IceCube Neutrino Observatory. The facility uses nearly 1 cubic kilometer of highly transparent deep Antarctic ice as a natural detection medium, and densely arrays thousands of digital optical modules deep within the ice. Genrikh Scheibler, senior researcher and Candidate of Physical and Mathematical Sciences at the Institute of Semiconductor Physics of the Siberian Branch of the Russian Academy of Sciences (ISP SB RAS), has...
2026-10-08
