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A technical issue has caused Blue Origin to postpone the maiden launch of its New Glenn heavy-lift rocket. The aerospace company, founded by Jeff Bezos, had initially scheduled the launch for early morning on January 13, 2025, from Florida’s Space Coast. The launch window, lasting three hours, opened at 1 a.m. EST. The attempt was delayed multiple times before being officially called off at approximately 3:10 a.m. EST.

Launch Attempt Affected by Ice Formation

According to Blue Origin, as reported by space.com, ice formed within a purge line on an auxiliary power unit responsible for driving hydraulic systems. The issue was reported through the company’s post on X (formerly Twitter) and led to the scrubbing of the mission. The auxiliary power unit’s malfunction extended beyond the allowable launch window, preventing liftoff. Efforts to troubleshoot and resolve the issue are ongoing.

Revised Launch Schedule Announced

After the initial delay, a new launch window was set for January 14, 2025, during the same three-hour timeframe. However, subsequent assessments led the company to postpone the launch further to January 16, 2025. This adjustment provides Blue Origin additional time to address the complications.

Previous Postponements

The mission, titled NG-1, was originally scheduled for January 10, 2025. It was delayed due to adverse sea conditions in the Atlantic Ocean, where the reusable first stage of the 320-foot-tall rocket is planned to land. This stage will be recovered aboard a ship named Jacklyn, honouring Jeff Bezos’ mother.

Significance of New Glenn’s Maiden Flight

New Glenn represents Blue Origin’s inaugural orbital-class rocket. A pathfinder version of the Blue Ring spacecraft platform will be launched as part of this test flight. Development of New Glenn has spanned nearly a decade, marking a significant milestone for the company, which currently operates suborbital missions with its New Shepard vehicle.

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Astronomers Discover Unusual X-Ray Oscillations From a Black Hole

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Astronomers Discover Unusual X-Ray Oscillations From a Black Hole

A supermassive black hole in a galaxy located 100 million light-years away has drawn the attention of astronomers with its unusual behavior. Observations have revealed a steady increase in the frequency of X-ray flashes, starting at intervals of 18 minutes and accelerating to seven minutes over two years. This phenomenon, linked to the black hole named 1ES 1927+654, marks a significant discovery in the study of black hole activity.

Unprecedented Phenomenon Observed

According to the research shared at the 245th meeting of the American Astronomical Society in National Harbor, Maryland, the observed X-ray oscillations are believed to originate from a compact white dwarf orbiting close to the black hole’s event horizon. As reported by phys.org, researchers from the Massachusetts Institute of Technology (MIT) suggest that this white dwarf might be maintaining a precarious orbit near the black hole, which is approximately one million times the mass of the Sun. Megan Masterson, a physics graduate student at MIT and co-lead of the study, explained that such proximity to a black hole without falling in has not been observed before.

Insights into Black Hole Dynamics

The oscillations were detected using the European Space Agency’s XMM-Newton observatory, which measures X-ray emissions from extreme cosmic environments. The findings point to the possibility that the white dwarf’s gravitational waves, resulting from its orbit, could be detectable by future observatories, such as NASA’s Laser Interferometer Space Antenna (LISA). As reported by phys.org, Erin Kara, an associate professor of physics at MIT, highlighted that the white dwarf’s shedding of material into the black hole may be preventing it from crossing the event horizon.

Continued observations are expected to provide further understanding of the dynamics between black holes and nearby celestial objects. Researchers aim to monitor this unique system with advanced telescopes and gravitational wave detectors, promising new insights into the physics of the universe.

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Laser Imaging Reveals Hidden 1,200-Year-Old Tattoos on Chancay Mummies in Peru

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Laser Imaging Reveals Hidden 1,200-Year-Old Tattoos on Chancay Mummies in Peru

A laser-based imaging method has brought to light intricate tattoo designs on 1,200-year-old mummies from Peru’s Chancay culture. These tattoos, once invisible due to fading over centuries, have been revealed in extraordinary detail, showcasing the artistry of ancient tattooing practices. Over 100 mummified remains were examined, and three individuals were found with tattoos featuring fine lines measuring just 0.1 to 0.2 millimetres in thickness, highlighting the precision and skill of the tattoo artists from that era.

Technique Used in the Study

According to research published in Proceedings of the National Academy of Sciences (PNAS), the laser-stimulated fluorescence (LSF) method was employed to study the tattoos. This technique works by making the skin fluoresce in bright white, contrasting with the black ink of the tattoos, which ensures the designs are clearly visible. Researchers noted to Live Science that LSF eliminates issues caused by ink bleeding or fading over time, a problem with traditional examination methods.

Tattoo Patterns and Cultural Significance

Geometric shapes, such as triangles and diamond motifs, were identified among the tattoos, which resemble patterns commonly seen in Chancay pottery and textiles. Michael Pittman, a paleobiologist at The Chinese University of Hong Kong, stated to Live Science that vine-like and animal designs were also observed. Archaeologist Kasia Szremski from the University of Illinois Urbana-Champaign explained that tattoos in many cultures are often markers of status or identity.

Debate Over Methodology and Findings

Aaron Deter-Wolf, an ancient-tattoo expert with the Tennessee Division of Archaeology, expressed reservations regarding the LSF method, citing insufficient details in the study to prove its superiority over existing techniques like infrared or multispectral imaging while talking to Live Science. Deter-Wolf also disputed the interpretation of tattooing techniques described in the study, suggesting that the tattoos were likely made by incisions rather than by puncture methods.

Museum Collections and Future Potential

The findings underscore the importance of re-evaluating museum collections with advanced technology, as noted by Szremski in his statement to Live Science. While the precise meaning of these tattoos remains unclear, the designs offer a glimpse into the craftsmanship and cultural practices of the Chancay civilisation. Researchers believe the LSF technique may further illuminate tattooing methods and artistry across ancient cultures.

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Carbon Nanotube Fibers Can Be Fully Recycled Without Losing Properties, Claims New Study



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Carbon Nanotube Fibers Can Be Fully Recycled Without Losing Properties

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Carbon Nanotube Fibers Can Be Fully Recycled Without Losing Properties

A breakthrough in materials science has unveiled that carbon nanotube (CNT) fibers can be fully recycled without losing their original properties, offering a sustainable alternative to traditional materials like metals, polymers, and carbon fibers. This advancement is seen as a critical step toward reducing environmental impact in manufacturing sectors such as aerospace, automotive, and electronics. The findings highlight a potential solution to waste management issues, addressing a long-standing challenge in material recycling.

CNT Fiber Recyclability

According to a study published in the journal Carbon (2024), researchers at Rice University demonstrated that CNT fibers could be recycled with their mechanical, electrical, and thermal properties intact. The study utilised solution-spun CNT fibers dissolved in chlorosulfonic acid, an industrial solvent. Fibers from different manufacturers were mixed and processed to create a recycled material that showed no loss in performance, even when sourced from multiple origins.

Matteo Pasquali, Director of Rice University’s Carbon Hub and A.J. Hartsook, Professor of Chemical and Biomolecular Engineering, stated to phys.org that the recyclability of CNT fibers significantly surpasses existing materials. He emphasised the inefficiencies in metals recycling, the degradation of polymers and the limitations of carbon fibers, which can only be downcycled. CNT fibers, on the other hand, offer a sustainable alternative by retaining their properties even after multiple recycling cycles.

Recycling Process Simplifies Material Recovery

Graduate researcher Michelle Durán-Chaves also noted to phys.org that the recycling process eliminated the need for sorting, as fibers from various sources could be combined seamlessly. This simplification is expected to reduce energy consumption, emissions, and waste associated with material production.

Impact Across Multiple Industries

The study’s findings suggest that CNT fibers could lead to fully recyclable composites for use in critical applications like aircraft, vehicles, and infrastructure. The efficiency and sustainability of this recycling method provide a pathway to addressing environmental concerns in manufacturing, marking a significant step toward circular economy practices. By scaling up this innovation, industries can achieve greater sustainability without compromising material performance, presenting a promising future for engineered materials in diverse applications.

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