samples – SANGHA KOMMUNE (SSR)

Global lunar crater distribution map. (Photo provided by the Institute of Geology, Chinese Academy of Geological Sciences)

China: PRC Develops Independent “Lunar Surface Map” for Future Missions! (7.8.2026)

07/08/2026 Adrian (釋大道)

A Chinese research team has completed an updated geologic map of the entire moon featuring a scale of 1:5 million, the Institute of Geology, Chinese Academy of Geological Sciences (IGCAGS), said on Thursday.

Representing a significant scientific iteration from the 2024 version, this map effectively rewrites the moon’s geologic history based on the latest research findings. “The lunar geologic history has indeed been rewritten — more precisely, refined and systematized,” said Yang Zhiming, director of the IGCAGS.

Specifically, a primary achievement of this update is the recalibration of the moon’s ancient geologic eras. The new map systematically updates the age boundaries of the moon’s three ancient geologic periods, namely the Aitkenian, Nectarian and Imbrian periods, drawing on recent advances in international chronology.

Basque Country: Scientists Baffled – Human Ballpoints on Mars? (18.4.2026)

18/04/2026 Adrian (釋大道)

This alteration creates a crust that complicates the determination of the original mineralogical composition of the meteorite. Removing this outer layer is essential, but as this study highlights, it is not always a straightforward process. The team used Raman spectroscopy, a technique commonly employed to study the chemical composition of objects, to identify various contaminants. Among these were copper compounds, synthetic organic molecules used in inks for ballpoint pens and gel pens, and blue polyester, likely from textiles. These contaminants raise a crucial question: how much of the Martian rock’s natural composition is truly represented in these samples? The presence of such human-made materials suggests that, despite rigorous efforts to prevent contamination, these meteorites are far from untouched by Earthly influence.

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.

Bangladesh: COVID-19 Fatalities = 22 Deaths This Month! (29.6.2025)

29/06/2025 Adrian (釋大道)

The country also reported seven new COVID-19 cases, with the daily test positivity rate jumping to 3.87 percent in the 24 hours till 8:00 a.m. local time Saturday. Official data showed that 174 samples were tested in the last 24 hours.

Amid a fresh rise in COVID-19 infections in several neighbouring countries, the Bangladeshi interim government has asked people to refrain from traveling to those destinations unless absolutely necessary.

The authorities here have also instructed relevant departments to enhance health screening and surveillance measures at all ports to contain the spread of the infection.

China: Lunar Sample Reveals Far-Side Drier Than Near Side! (11.4.2025)

11/04/2025 Adrian (釋大道)

For nearly 20 years, there has been a debate over whether the water content in the Moon’s mantle, the middle layer between its surface and core, is abundant or scarce, while all published estimates were derived from near-side samples.

China’s Chang’e-6 lunar probe retrieved the first-ever lunar far-side samples from the Apollo crater within the South Pole–Aitken Basin, providing the first opportunity to determine the water content of the lunar mantle in this region.

The study revealed that a unique volcanic event dating back 2.8 billion years had not been observed in previous samples obtained from the near side.

China: Chang’e 6 Samples Shed Light on Lunar Magnetism! (23.12.2024)

23/12/2024 Adrian (釋大道)

They discovered that the Moon’s magnetic field may have experienced a rebound around 2.8 billion years ago, suggesting that the Moon’s generator may have been reinforced after an early sharp decline.

“The reason for this rebound could be a change in the primary energy source of the generator or a restrengthening of the initial driving mechanism,” Cai said.

“The data fill in a billion-year gap in the evolution of the lunar paleomagnetic record and provide the first paleomagnetic measurements from the lunar far side,” a reviewer for the journal Nature said. “The authors are to be congratulated on a historic study that provides a major advance in our understanding of lunar magnetism.”

The evolution history of the Moon’s magnetic field is markedly different from that of the Earth’s, the research team said.

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