Saturday, November 14, 2026
Top China Science News
- 01Chemistry
NIMTE achieves milestone in pilot production of bio-based FDCA
CB Signal31The Ningbo Institute of Materials Technology and Engineering (NIMTE) under the Chinese Academy of Sciences has reached a mid-term milestone in the pilot production of bio-based furan dicarboxylic acid (FDCA). This project focuses on scaling up the synthesis of this key monomer, a sustainable alternative to petroleum-derived feedstocks in polymer production.
Why it mattersFDCA is a critical building block for bio-based plastics like PEF (polyethylene furanoate), which can replace traditional, non-renewable fossil-fuel plastics. Advancing pilot-scale production is a vital step toward the industrial-scale adoption of sustainable chemical manufacturing.
CAS 科研动态 · 2d ago - 02Space
SMILE satellite mission targets high-altitude Earth magnetosphere observation
CB Signal17The SMILE (Solar wind Magnetosphere Ionosphere Link Explorer) mission, a joint collaboration between China and the European Space Agency, is designed to observe the interaction between the solar wind and Earth's magnetosphere. The satellite uses specialized X-ray and ultraviolet cameras to capture high-resolution images of these interactions from orbit.
Why it mattersThis mission will provide unprecedented data on the complex dynamics of space weather, which is essential for protecting satellite communications, power grids, and orbital infrastructure from solar-driven disturbances.
Sciencenet · 3d ago - 03Semiconductors
HKU-incubated diamond semiconductor startup DiamNEX raises funding
CB Signal13DiamNEX, a semiconductor startup incubated at the University of Hong Kong, has secured tens of millions of yuan in funding from Atypical Ventures. The company specializes in diamond-based semiconductors, utilizing a patented three-step process to produce wafer-scale diamond thin films.
Why it mattersDiamond is considered a next-generation semiconductor material due to its high thermal conductivity and broad bandgap, offering a potential solution to the heat dissipation bottlenecks currently limiting high-performance AI computing and quantum technology development.
Leiphone · 2d ago - 04Space
ADA Space completes assembly of five 'Star Computing' satellites
CB Signal13ADA Space has completed the assembly of five new 'Star Computing' satellites in its Taizhou facility. These satellites, part of a larger planned constellation of 2,800 units, are designed to perform on-orbit data processing and are scheduled for upcoming launch to expand the existing in-orbit computing network.
Why it mattersBy integrating high-speed computing directly onto satellites, the constellation aims to reduce latency for space-based data processing, which is increasingly critical for real-time earth observation, disaster monitoring, and remote sensing applications.
IT Home · 2d ago - 05Space
Pathfinder satellite successfully launched into orbit
CB Signal12The 'Pathfinder' satellite has been successfully launched into orbit. The mission is designed to test advanced technologies and orbital flight operations as part of ongoing national space development programs.
Why it mattersSuccessful orbital verification of new satellite platforms is essential for scaling up constellations and testing the reliability of instruments before they are integrated into larger commercial or scientific missions.
Sciencenet · 2d ago - 06Chemistry
Corn straw carbon sources integrated into laundry detergent supply chain
CB Signal9The 'Carbon Search' manufacturing platform, initiated by Tencent, has collaborated with Unilever to launch a liquid detergent featuring surfactants derived from corn straw. This initiative integrates agricultural waste-based carbon sources into the consumer goods supply chain, replacing conventional fossil-fuel-derived materials.
Why it mattersTransitioning everyday chemical products to renewable, bio-based feedstocks demonstrates a viable pathway for reducing the carbon footprint of mass-market consumer goods while promoting circular economy practices.
PingWest · 2d ago - 07Physics
Hyperon electric dipole moment measurement precision improved by 1,000 times
CB Signal5Researchers have improved the measurement precision of the electric dipole moment (EDM) of hyperons by approximately 1,000 times. This achievement provides more sensitive data for testing symmetry violations in fundamental particle physics.
Why it mattersHigh-precision measurements of hyperon EDMs are essential for exploring new physics beyond the Standard Model, particularly in understanding why matter dominates over antimatter in the universe.
CAS 科研动态 · 3d ago