<body><div>SATELLITE MEGACONSTELLATIONS THREATEN NIGHT SKY VIEWING EXPERIENCESUrban dwellers often see a limited number of stars in the night sky, obscured by artificial lights. However, as satellite megaconstellations proliferate, led by SpaceX’s Starlink program, this view faces further degradation. SpaceX launched its first batch of Starlink satellites in 2019, prompting concerns from astronomers about light pollution and interference with both optical and radio telescopes. The International Astronomical Union established a center to address these issues, yet progress has been slow, with SpaceX’s initial mitigation efforts proving ineffective. The rise of satellites, which could contribute to the Kessler effect, presents long-term environmental concerns as old satellites re-enter the atmosphere, leaving debris behind. With SpaceX planning 42,000 satellites and other countries proposing similar initiatives, the balance between commercial interests and astronomical research becomes increasingly precarious. Experts warn that without public awareness and regulatory action, the impact of satellite pollution on scientific inquiry and cultural appreciation of the night sky may worsen. (CBC)MILITARY CONTROL SYSTEMS EVOLVE WITH GAMING-STYLE INTERFACESIn future conflicts, American troops will control advanced weaponry using game-console-style handsets, reminiscent of Xbox or PlayStation controllers, rather than traditional control panels. The U.S. Defense Department has been integrating variants of the Freedom of Movement Control Unit (FMCU) for systems like the Navy’s NMESIS launcher, the Army’s M-SHORAD, and the Air Force’s RADBO truck. Developed by Measurement Systems Inc., the FMCU’s ergonomic design is ruggedized for military use and has been in operation since 2010. This trend reflects a broader military strategy to utilize controls familiar to younger service members, enhancing adaptability and operational effectiveness. Video game controllers provide tactile feedback and ease of use compared to touchscreen systems, with many military personnel already accustomed to similar interfaces. The adoption of these systems may streamline training and operations, leveraging the extensive gaming experience among potential recruits. The future of military control systems will likely continue to evolve based on these intuitive designs. (Wired)<div style="position:relative;width:100%; height:0; padding-bottom: 56.25%;"><iframe src="https://www.youtube.com/embed/HVH13IuwulY?feature=oembed" allowfullscreen frameborder="0" style="width:100%; height:100%;top:0; left:0; position:absolute"></iframe></div>RWANDA FACES FIRST MARBURG OUTBREAK WITH 37 CONFIRMED CASESRwanda has announced its first recorded outbreak of Marburg virus disease, with 37 confirmed cases and 11 deaths, primarily in the capital, Kigali. Initial confusion surrounds the outbreak, particularly regarding the first case and transmission chains. The index case, a man misdiagnosed with malaria, died on September 8, raising concerns as healthcare workers began falling ill from the virus, which is transmitted from animals, particularly bats. Despite previous smaller outbreaks, this one poses significant risks, especially to healthcare professionals. The genetic sequence of the virus remains unknown, complicating responses and treatment efforts. Various vaccines and therapies for Marburg are under development, and the World Health Organization is evaluating their suitability for Rwanda. Experts believe that swift measures like isolating cases can contain the outbreak, but concerns linger about its potential spread to neighboring countries, especially with the frequency of Marburg outbreaks seemingly increasing globally. (Science)PANDEMIC SPARKS ENTREPRENEURIAL BOOM WITH 7.4 MILLION JOBSHector Xu, originally on an academic path, pivoted to entrepreneurship during the pandemic, founding Rotor Technologies to convert traditional helicopters into drones. His company, now with 40 employees and expected revenues of $20 million next year, exemplifies a broader entrepreneurial boom fueled by COVID-19. Many Americans, motivated by newfound time and financial resources, launched businesses at unprecedented rates, creating 7.4 million jobs by the end of 2022. Despite initial skepticism about the sustainability of these ventures, evidence indicates that pandemic-era businesses are thriving and contributing significantly to job growth. Entrepreneurs seized market opportunities, leading to innovative companies like Elevate EDU, an online tutoring service, and Reekon Tools, which produces digital tools for construction. Although high interest rates have tempered some growth, business formation remains elevated compared to pre-pandemic levels. Xu and others believe that challenges strengthen startups, suggesting that the current wave of entrepreneurship may mark a lasting economic shift. (New York Times)<figure><img src="https://img.particlenews.com/image.php?type=thumbnail_580x000&amp;url=33iP87_0vurck4Z00" alt="https://img.particlenews.com/image.php?url=33iP87_0vurck4Z00" width="1140" height="1140" ><figcaption>🌟 Unveil the cosmos in style! Our “Science is a Way of Thinking” T-shirt, inspired by the legendary Carl Sagan, is a must-have for dreamers &amp; science lovers. Premium cotton, sleek design, and a tribute to curiosity. Wear the universe’s wonder. ✨</figcaption></figure>KYOTO UNIVERSITY TO TEST NEW TREATMENT FOR TYPE 1 DIABETESKyoto University Hospital will commence a clinical trial in February to explore a new treatment for intractable type 1 diabetes using cellular sheets derived from induced pluripotent stem (iPS) cells. This phase I trial aims to transplant pancreatic islet cell sheets into severe diabetes patients, potentially eliminating the need for daily insulin injections, which currently burden around 100,000 to 140,000 people in Japan. Unlike type 2 diabetes, where symptoms can be managed through lifestyle changes, type 1 diabetes requires insulin administration due to the destruction of pancreatic islet cells. The transplantation method, which utilizes iPS cells from healthy donors to create sheets of islet cells, is expected to be practical by the 2030s, pending successful trials. The initial trial will involve three patients aged 20 to 64, with safety monitored over a year. Earlier experiments showed positive results in mice, and the trial plan has been approved by relevant authorities. (Asahi)CHINESE TEAM ACHIEVES MILESTONE IN LONG-DISTANCE WIRELESS COMMUNICATIONA joint team from the Purple Mountain Observatory (PMO) of the Chinese Academy of Sciences has achieved a significant milestone in terahertz wireless communication on the Qinghai-Xizang Plateau. This experiment marks the first successful application of high-sensitivity superconducting receiver technology in long-distance wireless communication, transmitting high-definition video signals over a distance of 1.2 kilometers. Conducted at over 4,000 meters elevation in northwest China’s Qinghai Province, the experiment used only 10 microwatts of transmission power—one-millionth of that used by a typical mobile phone base station. Despite the low power, the superconducting terahertz receiver effectively captured the HD video signal. Li Jing from PMO explained that terahertz communication offers a wider spectrum than microwave communication, enhancing signal efficiency and distance. While challenges like signal attenuation exist, this experiment sets a record for terahertz communication distances and demonstrates the potential for future space-based and air-to-ground communication systems capable of handling large data transfers. (CGTN)RESEARCHERS IMPLANT BACTERIA INTO CELLS MIMICKING ENDOSYMBIOSISResearchers have successfully implanted bacteria into larger cells using a tiny hollow needle and a bike pump, mimicking the endosymbiotic relationships believed to have led to the evolution of complex life forms, including mitochondria and chloroplasts. This groundbreaking work, led by microbiologist Julia Vorholt at ETH Zurich, seeks to understand the origins of these critical cellular structures. The team engineered endosymbiosis by delivering bacterial cells into fungi, specifically using the fungal pathogen Rhizopus microsporus and the protective bacterium Mycetohabitans rhizoxinica. Although initial attempts failed due to rapid bacterial division, they achieved success by maintaining pressure during the delivery process. The implanted bacteria were passed on to the next generation of spores, confirming that the endosymbiotic relationship could be inherited. To enhance germination success, researchers selectively propagated spores containing bacteria, leading to improved outcomes over ten generations. This research may pave the way for developing novel organisms with beneficial traits, such as enhanced carbon dioxide consumption. (Nature)MEDICAL PROFESSIONALS REPORT HEALTH RISKS OF CANNABIS USEAs marijuana legalization spreads across the U.S., medical professionals are increasingly confronted with severe health issues associated with its heightened use. Reports from across the country reveal that heavy cannabis consumption is linked to serious conditions like cannabinoid hyperemesis syndrome (C.H.S.), which causes debilitating nausea and vomiting, as well as cases of psychosis and addiction. Approximately 18 million Americans exhibit symptoms of cannabis use disorder, with 3 million considered addicted, according to a Columbia University analysis. Many chronic users, particularly among younger demographics, face alarming health consequences, including increased risk for chronic psychotic disorders such as schizophrenia. Despite marijuana’s therapeutic benefits for some, the rapid evolution of the cannabis market—with potent products far stronger than those available decades ago—has outpaced public health messaging and research. Health officials and researchers call for greater awareness of these risks, improved regulations, and more comprehensive education for both consumers and healthcare providers to mitigate the escalating health crisis related to cannabis use. (New York Times)Thanks for reading. Let’s be careful out there.WORDS: The Biology Guy.October 4, 2024Radon, even at levels below EPA guideline for mitigation, is linked to childhood leukemiaA study links childhood leukemia to decaying radon gas levels, even below … October 4, 2024ChatGPT shows human-level assessment of brain tumor MRI reportsChatGPT demonstrated promising diagnostic accuracy for brain tumors, outperforming general radiologists in … </div></body>

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DAILY DOSE: Sky Pollution from Satellite Megaconstellations Threatens Stargazing; Military Adopts Game Controller Design for Advanced Warfare.

SATELLITE MEGACONSTELLATIONS THREATEN NIGHT SKY VIEWING EXPERIENCES. Urban dwellers often see a limited number of stars in the night sky, obscured by artificial lights. However, as satellite megaconstellations proliferate, led by SpaceX’s Starlink program, this view faces further degradation. SpaceX launched its first batch of Starlink satellites in 2019, prompting concerns from astronomers about light pollution and interference with both optical and radio telescopes. The International Astronomical Union established a center to address these issues, yet progress has been slow, with SpaceX’s initial mitigation efforts proving ineffective. The rise of satellites, which could contribute to the Kessler effect, presents long-term environmental concerns as old satellites re-enter the atmosphere, leaving debris behind. With SpaceX planning 42,000 satellites and other countries proposing similar initiatives, the balance between commercial interests and astronomical research becomes increasingly precarious. Experts warn that without public awareness and regulatory action, the impact of satellite pollution on scientific inquiry and cultural appreciation of the night sky may worsen. (CBC)