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Dr. Nisar Solangi explores the paradox of modern societies, which possess extensive written laws but continue to face widespread conflicts, corruption, and environmental destruction. In contrast, the ancient Indus Valley Civilization, which flourished over four millennia ago without any deciphered legal codes or ethical texts, maintained remarkable civic order. Archaeological evidence, such as standardized urban planning, sophisticated drainage, and public infrastructure, suggests a society that prioritized cooperation and public welfare over monumental displays of royal power. This historical comparison raises questions about whether a civilization without formal written laws can offer ethical lessons to the modern world, where codified laws often fail to prevent societal ills.
An international research team has uncovered an extensive whale "graveyard" in the Indian Ocean's Diamantina Fracture Zone, situated at a depth of 23,000 feet and spanning about 745 miles. This significant discovery includes whale remains, some potentially 5.3 million years old, making it one of the oldest underwater graveyards globally. Alongside the ancient whales, researchers found numerous marine species, including jellyfish, tube worms, brittle stars, sea cucumbers, squat lobsters, and saltwater clams, with some believed to be entirely new to science. This underwater site not only holds critical paleontological significance but also serves as a unique habitat for potentially unidentified organisms, highlighting its importance for biological and geological research.
An international team of researchers has discovered a vast whale graveyard, approximately 745 miles long, at a depth of nearly 23,000 feet in the Indian Ocean. This significant find occurred in the Diamantina Fracture Zone in the southeastern Indian Ocean, where whale remains dating back up to 5.3 million years were found, making it one of the world's oldest marine graveyards. Alongside the ancient whale bones, the researchers also identified numerous previously unseen species, including jellyfish, tube worms, brittle stars, sea cucumbers, squat lobsters, and saltwater clams, some of which may be entirely new to science. This extraordinary discovery, made by a collaborative team of scientists from Italy, China, and New Zealand, sheds new light on ancient marine life and deep-sea biodiversity, potentially revealing unknown species and ecological systems.
Pakistan is in the process of introducing its inaugural national genomics policy, marking a significant step towards integrating genomic science into its healthcare and research frameworks. This policy aims to establish a structured approach for the ethical and effective utilization of genomic data and technologies within the country. The initiative is crucial for advancing personalized medicine, disease prevention, and public health strategies in Pakistan, potentially improving patient outcomes and fostering scientific innovation. This move indicates a national commitment to harnessing cutting-edge scientific developments for societal benefit. The policy will likely involve various governmental bodies, research institutions, and healthcare providers to ensure its comprehensive implementation.
Scientists have uncovered the long-elusive mechanism behind the Venus flytrap's rapid closure, a phenomenon that puzzled Charles Darwin and subsequent researchers. Through intricate tests, it was discovered that the plant's hair-trigger detection system causes cells on the outer surface of its leaves to soften. This cellular softening is the critical event that prompts the jaw-like leaves to snap shut with lightning speed. This discovery sheds new light on the biomechanics of one of nature's most impressive predatory plants, providing a deeper understanding of its unique carnivorous adaptation. The findings resolve a long-standing scientific mystery, contributing to the field of plant biology and biomimicry.
The deepest and most extensive whale graveyard in the world has been discovered in the south-eastern Indian Ocean, with some fossils dating back over 5 million years. This 'necropolis' is remarkable for its depth, reaching more than 7km, significantly deeper than most previously found whale falls which are typically less than 4km deep. The discovery extends hundreds of miles across the sea floor within the Diamantina fracture zone, revealing unknown species and ecosystems. This find offers unprecedented insights into ancient marine life and the long-term ecological processes associated with whale falls, which act as unique deep-sea habitats supporting diverse organisms.
A viral social media claim in Pakistan suggesting that codes like 'A-26' or 'D-26' on LPG cylinders indicate an expiry date, making their use after that date dangerous, has been debunked by the Oil and Gas Regulatory Authority (OGRA). OGRA's Joint Executive Director for Corporate and Media Affairs, Uzma Ashfaq, clarified that these codes are not expiry dates but technical information such as manufacturing date, manufacturer details, serial number, weight, water capacity, and the next inspection date. LPG cylinders manufactured in Pakistan adhere to international standards like DOT 4B, DOT 4BW, and DOT 4BA, ensuring safety with proper use and regular inspection every five years. The chairman of the LPG Distributors Association, Irfan Khokhar, also confirmed that certified cylinders are safe, warning that the real danger comes from substandard, non-OGRA-approved cylinders.
World-leading UK science facilities, specifically Diamond Light Source and ISIS Neutron and Muon Source in Oxfordshire, and other national facilities at Daresbury Laboratory in Cheshire, are facing significant cuts. The Science and Technology Facilities Council (STFC), which funds and operates these sites, is seeking savings of up to 20% to address a £162 million funding crisis. These potential spending cuts, driven by spiraling costs at the government's infrastructure funding agency, could lead to serious damage to Britain's scientific capabilities and even facility closures. The crisis threatens the UK's position as a leader in scientific research and innovation.
Kiyomasa, a 13-year-old gorilla at a Japanese zoo, went viral after footage showed him in a seemingly reflective and subdued state following an altercation with a female member of his troop. The widely shared clip shows Kiyomasa sitting alone, staring into the distance, a posture interpreted by viewers as contemplative. This incident sparked significant social media discussion, with many users attributing human-like emotions to the animal's behavior and offering humorous interpretations. The event highlights the complex social structures of gorillas and how zoo environments allow observation of primate social dynamics, including conflict and separation.
Nasa has announced the next group of astronauts for its Artemis programme. Despite being named to the programme, this particular crew will not be involved in lunar landings or even approaching the Moon. The announcement clarifies the ongoing selection process for the Artemis missions, which aim to return humans to the lunar surface. It highlights that not all selected astronauts will participate in the most prominent aspects of the mission, indicating a broader scope of roles within the program.
Nasa has announced the crew for its Artemis III mission. This mission is designed to play a critical role in testing essential systems and technologies. These systems are specifically required for the subsequent Artemis V Moon landing. The Artemis V mission is currently scheduled to take place in the year 2028. Therefore, Artemis III is a foundational step towards future lunar exploration and human presence on the Moon.
A Pakistan-China Joint Research Centre was inaugurated at the Shenyang University of Chemical Technology (SYUCT) in China's Liaoning province, marking a new phase in bilateral cooperation across research, science, technology, and higher education. The ceremony was attended by Pakistan's Ambassador to China Khalil Hashmi, Prof Xu Guangwen, and SYUCT President Prof Qin Gaowu. This initiative, launched last year, has led to SYUCT signing cooperation agreements with several Pakistani universities, including PIEAS, NED University, and UET Peshawar. The center is expected to promote scientific innovation, talent development, and people-to-people exchanges, contributing to sustainable development in both nations. This establishment coincides with the 75th anniversary of diplomatic relations between Pakistan and China, symbolizing their expanded collaboration in innovation and sustainable development.
Nasa Administrator Jared Isaacman announced the Artemis III crew and future plans for the project to return humans to the moon, dubbing it "Earth's first starfleet." The Artemis III mission, scheduled for next year, will involve an all-male crew of four, piloted by Italian astronaut Luca Parmitano of the European Space Agency (ESA). This two-week mission to lower Earth orbit will test lunar landers developed by private companies Blue Origin and SpaceX. The crew's work is intended to pave the way for the planned first human landing on Artemis IV in 2028, marking a significant step in human space exploration.
A groundbreaking device, developed by Nobel laureate Omar Yaghi at the University of California and manufactured by Autoku, can extract up to 1,000 liters of clean drinking water daily from the air, even in low humidity conditions. Utilizing metal-organic frameworks (MOFs) and solar heat, this technology offers a sustainable solution to the global water crisis by mimicking solar panels to generate water from humidity. Inspired by Yaghi's childhood experiences with water scarcity in Jordan, the shipping container-sized units can operate off-grid and consume less energy than traditional desalination, providing a vital resource for remote areas, disaster zones, and communities lacking access to safe drinking water. This innovation is crucial given that over two billion people worldwide lack access to safe drinking water, and it promises a future where personal water-generation systems could be commonplace.
Five astronauts onboard the International Space Station (ISS) were forced to shelter in a safe-haven procedure after an attempt by Russian cosmonauts to repair an air leak in a tunnel area. The incident, while disruptive, prompted standard safety protocols to ensure the well-being of the crew during the repair effort. This event highlights the ongoing challenges of maintaining critical infrastructure in space and the importance of emergency preparedness for the international crew working aboard the orbiting laboratory. The successful return of the astronauts to the main station after the repair attempt signifies the situation was brought under control.
Researchers at Yale University have developed a solar-powered device that efficiently converts carbon dioxide and water into methanol, a significant advancement in artificial photosynthesis technology. This system operates without external electricity, using sunlight to drive the chemical reaction, and produces liquid fuel directly. The project, led by Yale and collaborating with multiple universities, aims to capture carbon dioxide while generating cleaner fuels for various applications. This innovation is more efficient than previous artificial leaf systems and leverages a specialized catalyst and a redesigned photoelectrode to improve electron transfer and reaction efficiency. The development could support long-term energy storage and utilize existing fuel infrastructure.
Astronauts aboard the International Space Station (ISS), specifically the four members of Nasa's Crew-12 mission (two US, one French, one Russian), have resumed normal duties after an evacuation alert was issued due to a worsening air leak. On Friday at 9.04am ET (2pm BST), Nasa mission control ordered the crew to enter their docked Crew Dragon spacecraft and don spacesuits as a precautionary measure in case an emergency evacuation became necessary. This incident highlights the inherent risks and rapid response protocols in place for personnel on the ISS, underscoring the critical importance of crew safety and operational readiness in space.
Scientists have successfully baked a sourdough bread loaf utilizing yeast strains extracted from the remarkably preserved 5,000-year-old mummy known as Ötzi the Iceman. Ötzi, discovered in 1991 near the Italy-Austria border, has been a crucial source of information about prehistoric European life. This groundbreaking experiment involves a team who now intends to investigate whether these ancient yeast strains can also be used to brew beer. The work holds significant implications for understanding ancient microbiology and its potential applications.
NASA briefly moved astronauts on the International Space Station into SpaceX's Dragon capsule for shelter after Russia's Roscosmos discovered new leaks in the Russian service module. This precautionary measure highlights ongoing concerns about the integrity of the station's Russian segment, which has experienced multiple leak incidents. The move ensured the crew's safety while investigations into the extent and cause of the new leaks are conducted. The situation underscores the collaborative yet challenging nature of operating the ISS, particularly with aging components. Such incidents are critical for maintaining the long-term viability and safety of human presence in space.
After five decades of attempts, astronomers have finally discovered a gentle wind emanating from Sagittarius A* (Sgr A*), the supermassive black hole at the center of the Milky Way galaxy. Researchers used data from the ALMA telescope and NASA's Chandra X-ray Observatory to identify a vast conical cavity of hot, electrically charged gas near Sgr A*, which they concluded was sculpted by this wind. This discovery, published in the Astrophysical Journal Letters, resolves a long-standing mystery regarding whether Sgr A* expels material, similar to other active supermassive black holes. The wind suggests that more gas is ejected from Sgr A* than falls into it, despite its relatively quiescent phase, validating a theoretical prediction made decades ago.
Cambridge scientists have announced a significant 'world-first' achievement, successfully testing a vaccine that was designed by Artificial Intelligence. This marks a pivotal moment in medical research, demonstrating the practical application of AI in developing new therapeutic solutions. The breakthrough could accelerate the development of future vaccines and treatments, potentially revolutionizing how pharmaceuticals are discovered and brought to clinical trials. While specific details about the vaccine's target or the AI system used are not provided in this snippet, the successful testing of an AI-designed vaccine opens new avenues for addressing global health challenges more efficiently. This advancement highlights the growing interdisciplinary collaboration between artificial intelligence and life sciences.
A recent study found that bumblebees possess surprisingly advanced cognitive abilities, demonstrating their capacity to use tools to solve problems. In an adapted version of the 'box-and-banana' experiment, originally designed to test chimpanzee intelligence 100 years ago, bees successfully retrieved an out-of-reach reward. This discovery places bumblebees among an elite group of species, including various primates, elephants, and crows, known for their spontaneous problem-solving skills and insight. The findings are significant as they expand our understanding of insect intelligence and challenge previous assumptions about the cognitive limits of invertebrates, highlighting the sophisticated nature of bee cognition.
The body of an American nuclear scientist was discovered in a forest, deepening the mystery surrounding a series of unexplained disappearances. The article, written in Urdu, highlights this perplexing case which has drawn significant attention. This incident adds to ongoing concerns about the safety and security of individuals involved in sensitive fields within the United States. While details are scarce, the discovery has intensified speculation and raised questions about the circumstances leading to the scientist's death and the broader implications for national security. The case has become a focal point in discussions about the mysterious disappearances that have been reported across the country.
An Italian study has revealed that ancient bacteria found in a 5,300-year-old mummy are still active today. This significant discovery sheds new light on the longevity and resilience of microorganisms, even after millennia. The research involved examining the well-preserved mummy, suggesting that pathogens can survive for extended periods under certain conditions. This finding has potential implications for understanding ancient diseases and the evolution of bacteria, highlighting the importance of studying ancient remains for medical and biological insights.
