Russia's SKIF and China's HEPS Explore Building Joint Synchrotron Radiation Experimental Station

The Siberian Circular Photon Source (SKIF) synchrotron radiation facility in Russia is considering closer cooperation with China's High Energy Photon Source (HEPS), including exploring the construction of a joint experimental station. Yevgeny Levichev, Director of the SKIF Collective Use Center, stated that the Russian side plans to sign cooperation agreements with three synchrotron radiation facilities in China by the end of this year, including the Shanghai Synchrotron Radiation Facility, the Beijing High Energy Photon Source (HEPS), and a synchrotron radiation facility in Hefei. Among these, Russia is particularly interested in advancing joint projects with HEPS, potentially even establishing a joint experimental station. Levichev noted that the Russian and Chinese synchrotron radiation facilities are complementary in terms of energy range, which will facilitate joint experiments by researchers and improve the utilization efficiency of large-scale scientific facilities.

2026-09-02

CERN Finds Statistical Hints of Higgs Boson Pair Production

Physics teams at CERN have recently found statistical hints of Higgs boson pair production in data analysis from the Large Hadron Collider. Researchers analyzed millions of collision results over eight years at the collider, with the findings presented at the ICHEP conference and published as two preprints. The figure shows schematic diagrams of events involving the production of two Higgs bosons as observed by ATLAS (left) and CMS (right) CERN The Higgs boson was discovered in 2012, and since then physicists have continuously measured its interactions with other elementary particles to test the Standard Model's explanation of the origin of mass. However, the self-interaction of the Higgs boson has not yet been directly observed.

2026-09-02

XENONnT Dark Matter Detector Captures Faintest Solar Neutrino Signal Ever Observed

September 1 news - The XENONnT dark matter detection experiment at the Gran Sasso National Laboratory in Italy has achieved new progress. The XENON collaboration research team announced that the detector has captured low-energy solar neutrino collision signals never observed before, lowering the neutrino detection energy threshold to approximately 17 kiloelectron-volts (keV). The research team's analysis indicates that the probability of the signal being merely a statistical fluctuation is less than one in a million. Neutrinos are elementary particles with no electric charge and extremely small mass, which can be produced in processes such as nuclear fusion reactions in the solar core, supernova explosions, and nuclear fission in reactors. Due to the extremely weak interaction between neutrinos and matter, vast numbers of neutrinos can pass through the Earth, which also makes detection...

2026-09-02

Busan, South Korea Secures 2027 Budget Support; Export-Oriented Research Reactor and Other Projects Included in Government Proposal

Busan Metropolitan City recently announced that multiple national projects aligned with its core development goals have been included in the South Korean government's 2027 budget proposal, including the Gadeok Island New Airport, a new export-oriented research reactor, a heavy ion accelerator, as well as industrial projects such as port artificial intelligence, naval vessel maintenance, repair and overhaul, and power semiconductors. Under the budget arrangement, the Gadeok Island New Airport construction project has secured 431.1 billion KRW in support. To enhance maritime and logistics competitiveness, the budget proposal also includes 7.35 billion KRW for a demonstration project on autonomous port cargo handling equipment, 36.4 billion KRW to support shipbuilding and shipping cooperation, 5 billion KRW to strengthen the global competitiveness of small and medium-sized shipbuilders in naval vessel maintenance, repair and overhaul, and an additional 24.9 billion KRW allocated for the development of a fishery products industrial cluster.

2026-09-02

Carbon Nanotubes Can "Remember" Their Initial Structure, Isotope Labeling Reveals Dynamic Growth Process

A study released on September 1 shows that carbon nanotubes can maintain their initial atomic structure in dynamically changing growth environments. The research team used digital isotope labeling technology to encode the elongation process of individual carbon nanotubes as sequences of different carbon isotope compositions, and read their growth history through Raman spectroscopy, thereby tracking the structural stability of nanotubes under conditions of temperature variation and catalyst evolution. The properties of carbon nanotubes are highly dependent on their atomic arrangement. The same material may exhibit metallic or semiconducting characteristics due to structural differences, so structural uniformity has always been a key issue for the large-scale application of carbon nanotubes. In floating catalyst chemical vapor deposition and other industrial production routes, catalyst particles experience constantly changing temperatures and gas compositions within the reactor and may undergo irreversible enlargement. Previously, direct evidence was lacking on whether individual carbon nanotubes could maintain their initial structure under such complex conditions.

2026-09-02

Fourteen academic societies in South Korea call for protection of KRR-1 research reactor auxiliary buildings

On September 1, fourteen academic societies and associations, including the Korean Nuclear Society, issued a statement welcoming the temporary registration of the reactor hall and auxiliary buildings of Research Reactor Unit 1 (KRR-1, TRIGA Mark-II) in Gongneung-dong, Nowon-gu, Seoul, as nationally registered cultural heritage, and urged Korea Electric Power Corporation (KEPCO), the owner of the site and buildings, to promptly submit a formal registration application. Panoramic view of KRR-1, South Korea's first research reactor. Korea National Heritage Administration The Korea National Heritage Administration had placed the KRR-1 reactor hall and auxiliary buildings on the temporary list of nationally registered cultural heritage on July 1 through the emergency measures system, suspending related demolition work. However, if a formal registration application is not submitted by the end of December this year, the temporary listing will lapse and demolition work may resume.

2026-09-01

Kazakhstan Plans to Expand Researcher Participation in CERN High-Energy Physics Projects

Sayasat Nurbek, Acting Minister of Science and Higher Education of Kazakhstan, recently held talks with Mark Thomson, Director-General of the European Organization for Nuclear Research (CERN), during which the two sides exchanged views on deepening scientific and technological cooperation between Kazakhstan and CERN, with a focus on expanding cooperation in the field of high-energy physics and promoting researcher participation in CERN projects. According to the Ministry of Science and Higher Education of Kazakhstan, the Kazakh government and CERN signed an international cooperation agreement in 2018, laying the foundation for a long-term scientific research partnership between the two sides. At present, the two sides have drafted a supplementary protocol to the agreement, which plans to further specify the participation of Kazakh researchers in CERN...

2026-09-01

Russia's SKIF Synchrotron Announces Criteria for Selecting Future Research Teams

On August 31, Andrei Bukhtiyarov, Deputy Director of the Shared Use Center of the Siberian Circular Photon Source (SKIF) synchrotron, stated that the scientific innovation of research proposals will be one of the key criteria when selecting research teams for future experiments at SKIF. According to reports, the selection process will also focus on the clarity of research ideas and the feasibility of experimental plans. Since some experiments may not be feasible under existing or planned experimental station conditions, applications will first undergo technical review to confirm whether the experiments can be conducted within the facility's capabilities. The SKIF Shared Use Center has established a Scientific Committee to review applications submitted by research teams. The Center plans to...

2026-09-01

Russian Academician Says SKIF Synchrotron Light Source Will Not Produce Radionuclides, Safe and Controllable in Operation

Yevgeny Levichev, an academician of the Russian Academy of Sciences and director of the Collective Use Center of the Siberian Circular Photon Source (SKIF), recently stated that synchrotron light sources, including SKIF located near Novosibirsk, are electrophysical equipment with safe and controllable operation that poses no threat to personnel even in the event of a malfunction. Levichev said that unlike facilities such as nuclear power plants, synchrotron light sources do not generate isotopes or radionuclides in their systems. In the event of an anomaly, the beam is reset, and the facility's risk level is close to that of ordinary electrical equipment. According to reports, construction of the SKIF synchrotron was completed in June 2026, with an inauguration ceremony held in August. Once the facility is operational...

2026-09-01

CERN Accelerator Complex Enters Full LS3 Shutdown for Upgrades, Paving the Way for the High-Luminosity LHC Era

On the morning of August 31 local time, the injector complex and the Antimatter Factory at the European Organization for Nuclear Research (CERN) ceased operation after completing their final beam deliveries, officially entering the third Long Shutdown (LS3) phase. Earlier, the Large Hadron Collider (LHC) had been closed in June, marking the flagship accelerator as the first to kick off LS3 upgrade work at the center. Bettina Mikulec (left), head of the Operations Group at CERN, handed a symbolic baton—a miniature superconducting magnet from the LHC—to Jean-Philippe Tock (right), head of the LS3 Coordination Group, with CERN Director-General Mark Thomson (second from left) and Oliver Brüning (third from left), head of Accelerators and Technology, in attendance.

2026-09-01

China-led International Standard for Estimating RBE-Weighted Absorbed Dose from Acute Exposure Approved for Initiation

According to the International Organization for Standardization (ISO), the international standard ISO25600 "Estimation Method for RBE (Relative Biological Effectiveness)-Weighted Absorbed Dose from Acute Exposure," led by the China Institute of Atomic Energy, has been officially approved for initiation. This is a general methodology international standard led by China in the global field of nuclear and radiation emergency dose assessment. It can provide important support for the rapid estimation and evaluation of acute doses, decision-making on emergency protective actions, international notification and communication, as well as emergency training, exercises, and scientific research, helping to strengthen the scientific rigor and timeliness of global nuclear emergency response, and enhance response capability and standardization. Nuclear and radiation emergency response is a vital guarantee for the sustained and healthy development of the nuclear energy industry...

2026-08-31

NMR Reveals Thermal Self-Organization in Resistive Switching of Organic Conductor by Japanese Team

A joint research team from Tokyo University of Science, the National Institute for Materials Science, and RIKEN in Japan recently used bulk-sensitive ¹H-NMR measurements to reveal the internal electronic state of the organic conductor (d7-DMe-DCNQI)2Cu during resistive switching. The study found that, in the switching state, the material does not form a uniform new electronic phase, but rather a coexistence of metallic and insulating phases within the material. Schematic of bulk-crystal ¹H-NMR measurements Resistive switching refers to the phenomenon in which a material's resistance changes significantly under an applied current or voltage, and has attracted attention in research on correlated electron systems, memory devices, and neuromorphic devices. Previous studies have mostly...

2026-08-31

U.S. Heavy-Ion Collision Research Suggests Protons and Neutrons May Not Be Just "Three Quarks"

The STAR Collaboration at the Relativistic Heavy Ion Collider (RHIC) at the U.S. Department of Energy's Brookhaven National Laboratory recently proposed, based on heavy-ion collision data studies, that baryons such as protons and neutrons may not be simply composed of three valence quarks, and that their baryon number may be more closely related to "baryon junctions" in the gluon field. The findings were published in the journal *Science*. In the traditional valence quark model, each quark is assigned a baryon number of 1/3, so baryons such as protons and neutrons, composed of three quarks, carry a baryon number of +1. However, this model is not a fundamental requirement of quantum chromodynamics (QCD). As early as the 1970s, alternative explanations had been proposed in the theoretical community; in 1996, Dmitri Kharzeev proposed a model suggesting that the baryon number is not necessarily carried by the quarks themselves, but may instead be concentrated at the Y-shaped junction formed by the gluon field—the "baryon junction."

2026-08-31

Two Projects of the National Natural Science Foundation of China Approved for the National Institute for Radiological Protection, China CDC

On August 26, the National Natural Science Foundation of China (NSFC) announced the review results of the centralized application projects for the fiscal year 2026. The National Institute for Radiological Protection, China CDC, was approved for two NSFC projects, with research directions covering radon exposure monitoring, radiological health, and screening of lung cancer-related biomarkers. Among the approved projects, the proposal titled "New Strategy for Radon Exposure Monitoring: Visualization and Mechanism Study of Adsorption-Detection Integrated Gold Nanoparticle Materials" submitted by Associate Researcher Song Yanchao received support from the Department of Mathematical and Physical Sciences; the proposal titled "Preliminary Study and Validation of Screening Lung Cancer-Related Biomarkers in Radon-Exposed Miners Based on Methylation Chips and RNA-seq" submitted by Assistant Researcher Zhang Pinhua received support from the Department of Health Sciences.

2026-08-31

Japan Atomic Energy Agency discovers magnetic "strong-weak waves" in uranium semiconductor

The Japan Atomic Energy Agency announced on August 21 that its research team has discovered a special magnetic structure in the layered uranium semiconductor α-UTe3 (α-uranium tritelluride): the magnetism of uranium atoms not only alternates in opposite directions, but its magnetization intensity also periodically strengthens and weakens depending on the crystal position, forming a state resembling “strong-weak waves.” α-UTe3 is composed of uranium and tellurium atoms and belongs to van der Waals layered materials, where atomic layers are stacked through weak interlayer forces. Using high-quality α-UTe3 single crystals, the research team analyzed its low-temperature magnetic structure through resistivity, specific heat, and magnetization measurements, as well as nuclear magnetic resonance and single-crystal neutron diffraction techniques...

2026-08-31

Japan's J-PARC Uses Negative Muon Non-Destructive Analysis to Reveal Gold-Rich Surface Structure of Nagoya Castle's Golden Shachi Scales

A joint research team comprising the High Energy Accelerator Research Organization (KEK), the J-PARC Center, the Nagoya Castle Research Center, and the National Museum of Nature and Science, among others, used the negative muon beam at the J-PARC Materials and Life Science Experimental Facility (MLF) to conduct non-destructive depth analysis on seven surviving scales of the golden shachi (ornamental dolphin-tiger fish) on Nagoya Castle's keep, confirming that five of the scales have a layered structure with high gold content within approximately 10 micrometers of the surface. The golden shachi on Nagoya Castle's keep was largely destroyed in the air raids of 1945, with some scales rescued and preserved to this day. Previously, researchers had examined these scales using X-ray fluorescence analysis, but the results showed that some scales with a bright golden appearance did not necessarily have a high average gold content.

2026-08-31

Russian Research Team Proposes New Method for Measuring Proton and Deuteron Electric Dipole Moments in a Single Storage Ring

Physicists from several Russian research institutions have proposed a new method for searching for the electric dipole moments of protons and deuterons, potentially enabling the study of both particle types in a single storage ring. The participating institutions include the Moscow Institute of Physics and Technology, the Institute for Nuclear Research of the Russian Academy of Sciences, the National Research Nuclear University MEPhI, and the Landau Institute for Theoretical Physics of the Russian Academy of Sciences. The research was published in the journal *Nuclear Science and Technology* and was supported by a grant from the Russian Science Foundation. The electric dipole moment reflects whether there is a tiny asymmetry between the internal charge distribution of a particle and its spin direction. According to Standard Model predictions, the electric dipole moments of the proton and deuteron are nonzero but extremely small, on the order of 10...

2026-08-31

U.S. Electron-Ion Collider ePIC Detector Completes First Batch of Lead Tungstate Crystal Procurement and Acceptance

The U.S. Electron-Ion Collider (EIC) project recently achieved its first long-lead procurement milestone: 1,069 custom lead tungstate crystals for the new ePIC detector have been delivered, tested, and accepted. These crystals will be used in the Electron Endcap Electromagnetic Calorimeter (EEEMCAL) to help precisely measure the energy of scattered electrons during collisions. The EIC is being built by the U.S. Department of Energy's Brookhaven National Laboratory, in collaboration with the Thomas Jefferson National Accelerator Facility. The facility will circulate electron and ion beams in opposite directions, colliding them inside the ePIC detector. The ePIC detector records information about particles produced in the collisions, providing data for studying the fundamental constituents of visible matter...

2026-08-31

German Team Achieves Ultrafast Shaping of Extreme Ultraviolet Pulses Using High-Density Helium Gas

August 20, 2026, the international team led by researchers from the Max Planck Institute for Nuclear Physics (MPIK) in Heidelberg announced that they have utilized atomic gas as a rapidly switchable time-varying lens to control the beam shape and spectrum of intense high-frequency laser pulses. This achievement is expected to provide a new pathway for the fine control of extreme ultraviolet (XUV) and X-ray pulses, and may serve research directions such as improved spectroscopic methods, control of chemical reactions, and quantum computing. Extreme ultraviolet light can provide important tools for studying atomic-scale processes. With the development of free-electron lasers, researchers have been able to generate ultrashort, high-intensity XUV light pulses, but how to manipulate them like...

2026-08-31

Japanese Team Achieves Femtosecond Soft X-ray Hyperspectral Microscopy, Simultaneously Acquiring Spatial and Energy Information with Single Pulse

On August 21, the Japan Science and Technology Agency, RIKEN, and the University of Tokyo announced that a research team comprising Assistant Professor Yoko Takeo and Associate Professor Takashi Kimura from the Institute for Solid State Physics at the University of Tokyo, Assistant Professor Satoru Egawa from the Research Center for Advanced Science and Technology at the University of Tokyo, and Team Leader Makina Yabashi from the RIKEN SPring-8 Center, among others, successfully developed and implemented a femtosecond soft X-ray hyperspectral microscope. The findings were published on August 20 in the U.S. scientific journal *Optica*. This technology utilizes a single soft X-ray pulse from an X-ray free-electron laser (XFEL) to simultaneously acquire soft X-ray spectra transmitted through different positions of a sample, enabling...

2026-08-31

Japan's PF Launches Quantum Multi-Beam Experiments, Achieving Simultaneous Hard and Soft X-ray Measurements

The Photon Factory, a synchrotron radiation facility at the Institute of Materials Structure Science, High Energy Accelerator Research Organization (KEK) in Japan, has recently launched collaborative experiments on the development and research multi-purpose beamlines BL-11A and BL-11B, achieving simultaneous irradiation of the same sample with hard and soft X-rays at the same position. The research results will be published in the international academic journal *Review of Scientific Instruments*. The Photon Factory uses electrons moving at near-light speed to generate high-brightness X-rays, known as synchrotron radiation, for studying material structures and properties. Among these, hard X-rays are better suited for observing the internal structure of materials, while soft X-rays are ideal for analyzing material surfaces and electronic states. Previously, at synchrotron radiation facilities, the two types of X-rays typically had to...

2026-08-31