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China is set to deliver essential supplies to its Tiangong space station with the launch of the Tianzhou 8 cargo mission. The mission, led by the China Manned Space Agency (CMSA), aims to support the Shenzhou 19 crew, who arrived on October 20. Commander Cai Xuzhe, alongside rookie astronauts Song Lingdong and Wang Haoze, are expected to receive a fresh delivery of supplies and scientific equipment for their continued operations aboard the station. The Long March 7 rocket carrying the Tianzhou 8 spacecraft was moved to its launch pad at the Wenchang Satellite Launch Center on Hainan island on November 13.

Launch and Docking Schedule

As per a report by Space.com, The Long March 7 rocket is anticipated to lift off around 10:10 a.m. EST on Friday, with docking expected within hours of launch. A livestream of the event is likely, based on previous Tianzhou launches. The cargo mission, originally intended to precede the Shenzhou 19 crew launch, faced delays due to Typhoon Yagi, which disrupted preparations at the Wenchang site.

Scientific Experiments and Supplies on Board

The Tianzhou 8 cargo spacecraft is equipped with supplies and scientific materials, including a set of bricks crafted from lunar soil simulant. Over the next three years, these bricks will undergo tests in the vacuum of space to assess their durability under cosmic rays, ultraviolet radiation, and temperature fluctuations. This experiment will contribute to China’s International Lunar Research Station (ILRS) project, which aims to establish a permanent lunar base in the 2030s.

Technological Advancements in Tianzhou 8

This mission marks the third deployment of an upgraded Tianzhou cargo craft, with enhancements enabling increased payload capacity by an additional 100 kilograms. With a total weight of approximately 14,000 kilograms at launch, Tianzhou 8 now carries up to 7,500 kilograms of payload, improving logistical efficiency and reducing the need for frequent resupply missions. The upgrades are part of a broader strategy to keep the Tiangong station permanently staffed and operational for at least a decade, with plans to expand the station and open it to commercial activities.

China’s Tiangong space station, approximately one-fifth the size of the International Space Station (ISS), plays a key role in the country’s growing ambitions in space.

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Scientists Find Wastewater Bacteria That Break Down PET Plastic

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Scientists Find Wastewater Bacteria That Break Down PET Plastic

Our environment continues to grapple with plastic pollution, with microplastics infiltrating the air, food, and water. Scientists are actively seeking methods to break down this persistent material. A new development has identified bacteria in wastewater that can degrade polyethylene terephthalate (PET), a plastic widely used in packaging and textiles. The discovery has raised hopes of reducing PET waste, which contributes significantly to microplastic contamination in water bodies. Research efforts are now focused on understanding and enhancing the plastic-degrading ability of these microbes.

Microbes Capable of Breaking Down PET Identified

According to a study published in Environmental Science and Technology, bacteria of the Comamonas genus have been found to degrade PET. Comamonas bacteria, commonly found in wastewater, were already known to grow on plastics in aquatic environments. This prompted Dr. Ludmilla Aristilde, an environmental biochemist at Northwestern University, and her team to investigate whether these microbes consume plastic as a source of energy. The study revealed that Comamonas testosteroni could break down PET, leading to the release of nano-sized plastic particles into water.

Enzyme Responsible for PET Breakdown Identified

As per reports, researchers observed the breakdown of PET after exposing it to C. testosteroni in a controlled laboratory setting for a month. Scanning electron microscope images showed that the bacteria had significantly altered the plastic’s surface, causing the release of plastic nanoparticles. Genetic analysis identified a specific enzyme responsible for breaking down PET. Further testing confirmed its role when bacteria engineered without the gene for this enzyme were unable to degrade plastic, while non-plastic-consuming bacteria equipped with the gene could digest PET.

Challenges and Future Research in Plastic Degradation

Dr. Ren Wei, a biochemist at the University of Greifswald, expressed skepticism to Science News Explore about the practical application of this discovery, stating in reports that the degradation process is too slow to significantly reduce global plastic pollution. On the contrary, Dr. Jay Mellies, a microbiologist at Reed College, viewed the findings as promising, emphasiaing that every viable method should be explored. Dr. Victor Gambarini, a microbiologist at the University of Auckland, echoed this sentiment, suggesting that further research should focus on identifying or engineering enzymes capable of degrading PET more efficiently. Efforts are now being directed toward improving the enzyme’s efficiency to make microbial plastic degradation a practical solution.

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NASA’s SPHEREx Telescope Launching Aboard SpaceX Falcon 9 to Explore Cosmic Evolution

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NASA’s SPHEREx Telescope Launching Aboard SpaceX Falcon 9 to Explore Cosmic Evolution

NASA’s latest infrared space telescope, SPHEREx (Spectro-Photometer for the History of the Universe, Epoch of Reionization and Ices Explorer), is set for launch on 28th February. The mission, valued at $488 million, will take off from Vandenberg Space Force Base in California aboard a SpaceX Falcon 9 rocket. Designed to scan the entire sky in infrared light, it will collect data from over 450 million galaxies and 100 million stars in the Milky Way. The telescope’s observations will focus on regions of the universe that are typically too distant or faint for conventional telescopes.

Scientific Objectives

According to NASA, the primary aim of SPHEREx is to enhance understanding of cosmic inflation, the rapid expansion of the universe that occurred within the first second following the Big Bang. By mapping the large-scale structure of the cosmos, the telescope will provide insight into how galaxies formed and evolved. Scientists also anticipate that its data will help track the presence and distribution of icy molecules in interstellar space, shedding light on the origins of water and essential organic compounds required for life.

Technical Capabilities

As per NASA’s Jet Propulsion Laboratory (JPL), SPHEREx weighs approximately 500 kilograms and operates on 270 to 300 watts of power. It is fitted with a spectrophotometer capable of detecting 102 different wavelengths of light, which allows it to identify unique chemical signatures of molecules across space. James Fanson, Project Manager at JPL, told NPR that unexpected discoveries are likely to emerge from the mission’s data.

Accompanying Mission

As reported, SPHEREx will not be the sole payload on this launch. It will share the Falcon 9 with PUNCH (Polarimeter to Unify the Corona and Heliosphere), a NASA mission consisting of four satellites that will examine the sun’s outer atmosphere and solar wind dynamics. Together, these missions aim to deepen scientific knowledge of both the distant universe and the immediate solar environment.

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New Study Suggests Dogs May Have Domesticated Themselves for Food

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New Study Suggests Dogs May Have Domesticated Themselves for Food

The origins of dog domestication have been a topic of debate among scientists, with theories suggesting various evolutionary processes led to the transformation of wolves into the domestic dogs seen today. A new study has indicated that early wolves may have chosen to stay near humans due to the availability of food scraps, potentially leading to their domestication over thousands of years. The findings support the idea that self-domestication was possible through natural selection, as wolves that were more tolerant of human presence may have had better access to resources and, in turn, passed on these traits to their offspring.

Wolves and Their Path to Domestication

According to the study published in Proceedings of the Royal Society B, the first phase of dog domestication is believed to have taken place between 30,000 and 15,000 years ago. This period is thought to have been influenced primarily by natural selection rather than human intervention. Researchers suggest that wolves with a less aggressive temperament may have been more likely to stay near human settlements, where food was more accessible. Over time, these wolves may have selectively bred with others that exhibited similar traits, gradually leading to the emergence of early domesticated dogs.

The Role of Natural Selection

In an effort to address concerns regarding the timeframe of domestication, researchers used statistical models to determine whether natural selection alone could have driven this process. As per the findings, domestication through self-selection was plausible if two conditions were met: wolves had to opt for a human-proximate lifestyle due to consistent food availability, and they had to choose mates with a comparable level of tameness. Alex Capaldi, a mathematician and statistician at James Madison University, explained to Live Science that if both conditions were fulfilled, the timeline for self-domestication became feasible despite previous skepticism regarding the speed of such evolutionary changes.

Similar Patterns Observed in Other Animals

The study draws parallels with cat domestication, where felines are believed to have settled near human farming communities around 10,000 years ago. In exchange for hunting rodents, they gained access to human food resources, leading to a mutually beneficial relationship. Scientists suggest that understanding how domestication occurred in dogs may provide further insights into human-animal interactions throughout history, as dogs played a significant role in early human societies by assisting in hunting and herding.

Unanswered Questions in Dog Evolution

While the model presents a plausible explanation, researchers acknowledge that it does not definitively prove how domestication occurred. The study highlights self-domestication as a possibility rather than a confirmed mechanism. The debate over whether human intervention or natural selection played a greater role continues, with further research needed to uncover definitive answers. However, the findings contribute to a broader understanding of early human-animal relationships and how evolutionary forces shaped them.

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