Celebrating Communist China! – Page 18

Zhao Leji, chairman of the National People's Congress (NPC) Standing Committee, presides over the first plenary meeting of the 18th session of the 14th NPC Standing Committee at the Great Hall of the People in Beijing, capital of China, Oct. 24, 2025. (Xinhua/Yue Yuewei)

China: Commemoration Day of Taiwan’s Restoration [October 25th] Ratified! (25.10.2025)

25/10/2025 Adrian (釋大道)

The decision was made in accordance with the Constitution, aiming to safeguard the outcomes of the victory of the World Anti-Fascist War and the post-war international order, to demonstrate the firm will to uphold the one-China principle and defend national sovereignty, unity and territorial integrity, and to strengthen the shared national memory of compatriots on both sides, it said.

When explaining the draft decision to the NPC Standing Committee, Shen Chunyao, director of the NPC Standing Committee’s Legislative Affairs Commission, noted that on Oct. 25, 1945, the ceremony to accept Japan’s surrender in the Taiwan Province of the China war theatre of the Allied powers was held in Taipei. From that point on, Taiwan and the Penghu Islands returned to China’s sovereign jurisdiction.

China: World’s First Solar Magnetic-Field Telescope Operating in the Mid-Infrared Wavelength Range! (23.10.2025)

24/10/2025 Adrian (釋大道)

The world’s first solar magnetic-field telescope operating in the mid-infrared wavelength range has officially become operational after gaining government approval, marking a major breakthrough in solar magnetic field research.

The telescope, known as the Accurate Infrared Magnetic Field Measurements of the Sun, or AIMS, is located in Lenghu township, Qinghai province, at an average altitude of about 4,000 meters. AIMS’ development addresses a long-standing bottleneck in the century-old history of solar magnetic field measurements by achieving a leap from indirect to direct measurement, scientists said.

“The sun, being the only star we can observe with high precision, has a magnetic field that acts as the energy switch driving intense solar activities such as flares and coronal mass ejections. Yet, more than half the sun’s overall magnetic field manifestations are relatively weak, with strengths of only a few dozen gauss,” said Deng Yuanyong, a researcher at the National Astronomical Observatories of the Chinese Academy of Sciences, who led the telescope’s construction.

Fragments of impactor residues identified in the lunar soil of Chang'e-6 in this study. Photo courtesy of the scientific research team of the Guangzhou Institute of Geochemistry, Chinese Academy of Sciences

China: Scientists Discover Rare Meteorite Relics in Chang’e-6 Far-Side Lunar Samples! (21.10.2025)

21/10/2025 Adrian (釋大道)

Using advanced techniques to examine mineral composition and oxygen isotopes, the researchers scrutinized lunar soil and confirmed that the fragments came from CI-like chondrites — a type of meteorite rich in water and organic materials that typically originates in the outer Solar System.

The study implies that the Earth-Moon system may have experienced more collisions from carbonaceous chondrites than scientists had previously estimated.

This discovery not only indicates that material from the outer Solar System can migrate to the inner Solar System, but also has important implications for explaining the origin of water on the lunar surface, said Lin Mang, a researcher at GIG.

China: US [NSA] Planned to Sabotage “Beijing Time” to Disrupt GPS! (20.10.2025)

20/10/2025 Adrian (釋大道)

Besides causing severe disruptions in China, such cyberattacks could lead to international time chaos with incalculable consequences, the agency said in a post on its official WeChat account.

Wei Dong, deputy director of the general office at the centre, said a time discrepancy of just one millisecond can disrupt the sequencing of power substations, leading to widespread blackouts. A difference of one microsecond could result in fluctuations worth billions in international stock markets.

“Furthermore, a nanosecond discrepancy, which is one-billionth of a second, can reduce the positioning accuracy of the Beidou Navigation Satellite System by 30 centimetres and impact everyday communications. And a one-trillionth of a second could cause several kilometres of deviation in the positioning of lunar soil collection vehicles and the Chang’e spacecraft, potentially preventing it from returning successfully,” Wei told China Central Television.

This photo taken on Oct. 13, 2025 shows a monument set up in memory of fights against Japanese invasion on the Yanliao shore of southeast China's Taiwan. (Xinhua/Qi Xianghui)

Taiwan: “Silent” Monuments Commemorate Chinese Resistance [1895-1945] to Imperial Japanese Occupation! (19.10.2025)

19/10/2025 Adrian (釋大道)

The Japanese encountered the largest scale resistance in the mountainous Changhua County in central Taiwan. In August 1895, thousands of local militia gathered alongside remnants of the Qing army to resist the Japanese on a local hill named Baguashan.

They were outnumbered five to one and poorly armed but fought relentlessly for days, killing over 1,000 Japanese soldiers, including a general, before being overwhelmed. Fewer than 50 survived.

One of the leaders, Xu Xiang, left behind words that still stir the heart: “If this land falls, Taiwan is lost. I will not live to see the motherland again.”

Chinese researchers announces a major advance in all-solid-state lithium battery technology. (Screenshot Photo)

China: Breakthrough in Solid-State Batteries Announced – Doubling NEV Range! (17.10.2025)

17/10/2025 Adrian (釋大道)

Chinese scientists have developed a self-adaptive interphase in all-solid-state lithium batteries that maintains intimate contact between the lithium metal anode and solid electrolyte without external pressure, a breakthrough that decisively overcomes a major bottleneck toward commercialization.

The researchers from the Institute of Physics of the Chinese Academy of Sciences (CAS), Ningbo Institute of Materials Technology and Engineering of the CAS and Huazhong University of Science and Technology found that the contact between the lithium electrode and sulfide solid electrolyte in all-solid-state lithium batteries is not ideal, with numerous tiny pores and cracks present. These issues not only shorten battery lifespan but may also pose safety risks.

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