CosmoFuture (2026)

28/09/2026

The rapid growth of artificial intelligence has sparked a major boom in data-center construction, but many planned projects are now facing delays, cancellations, and growing opposition. Community concerns over high electricity demand, water consumption, land use, environmental impact, and permitting challenges have slowed developments in several regions. Some projects have also faced legal challenges and resistance from local residents and advocacy groups. Meanwhile, technology companies continue to argue that new data centers are essential for supporting AI services and digital infrastructure, while investing in renewable energy, advanced cooling systems, and more efficient hardware.

28/09/2026

OpenAI’s proposed AI data center project in Georgia is highlighting growing concerns about the enormous water and energy demands of artificial intelligence infrastructure. The planned campus, known as Project Camellia, could require up to 3.2 gigawatts of electricity and is expected to be developed in phases between 2028 and 2032. Its location near the Savannah River and wetlands has raised questions about water use, power generation, land use, and potential impacts on local ecosystems. The project reflects a broader challenge facing the AI industry: expanding computing capacity while managing the environmental and resource demands of large-scale data centers.

28/09/2026

CERN’s Large Hadron Collider (LHC) has found no evidence of microscopic black holes despite searching through vast numbers of particle collisions. Scientists investigated the possibility that tiny black holes could form under certain theories involving extra dimensions and physics beyond the Standard Model. While none have been detected, the results help scientists place stronger limits on these theories. Any microscopic black holes, if they could form, were expected to disappear almost instantly through Hawking radiation rather than pose any danger.

26/09/2026

Starlink is preparing for a major boost in maritime internet speeds as SpaceX expands its next-generation satellite network. The company has told some enterprise customers that Starlink Performance Gen 3 terminals could reach nearly gigabit download speeds by the end of 2026, following planned network upgrades and the deployment of new V3 satellites. Starlink says its V3 satellites are designed to deliver dramatically greater capacity than the current generation, helping support faster and more reliable connections. For ships, cruise lines and offshore operations, faster satellite internet could improve video calls, cloud applications, real-time monitoring, crew communications and other data-intensive services while at sea. Starlink already provides high-speed connectivity across oceans, but the expected upgrade could significantly increase available bandwidth for maritime users. The company currently advertises gigabit speeds as an upcoming capability for its Performance hardware, although actual speeds can vary depending on network conditions and congestion.

26/09/2026

A drug developed with the help of artificial intelligence has shown intriguing signs of reducing biological-age measurements in patients with idiopathic pulmonary fibrosis (IPF), a serious lung disease that causes permanent scarring of the lungs. The experimental drug, called rentosertib, targets a protein known as TNIK, which researchers believe is involved in both lung fibrosis and processes linked to aging. In a study involving 42 people with IPF, researchers analyzed blood samples using six different biological-age tests based on patterns of proteins in the blood. All six tests showed lower biological-age estimates after treatment, with the most noticeable changes appearing around four weeks. The 30 mg dose taken twice a day produced the most consistent results, while researchers also found changes across thousands of proteins that tended to move in the opposite direction of patterns normally associated with aging. However, the findings do not prove that the patients actually became younger or that the drug can reverse human aging. The biological-age tests are estimates based on molecular signals in the blood, and the study participants all had IPF, meaning some of the observed changes could be related to treating the disease itself. Researchers say further studies, including trials involving people without IPF, are needed to determine whether rentosertib directly influences aging-related processes. The drug remains experimental and has not been approved as an anti-aging treatment, but the study highlights how AI-assisted drug discovery could uncover new possibilities in the search for therapies targeting both disease and age-related biological changes.

26/09/2026

OpenAI’s planned Project Camellia data center campus in Effingham County, Georgia, is drawing attention to the growing environmental demands of artificial intelligence. The proposed 1,400-acre facility could require up to 3.2 gigawatts of electricity as it is developed in phases between 2028 and 2032. Its location near the Savannah River and surrounding wetlands has also raised questions about water use and environmental pressure. Electricity generation for large data centers can require significant amounts of water, adding another layer to the project’s resource demands. OpenAI has said it will cover the infrastructure and electricity-service costs associated with the project and has proposed measures to reduce its impact on local communities and the power grid. The development highlights a broader challenge facing the rapidly expanding AI industry: building the computing infrastructure needed for advanced AI while managing the enormous requirements for electricity, land and cooling resources.

25/09/2026

Two AGIBOT humanoid robots took to the sky during a live demonstration at Chimelong Spaceship Park in Zhuhai, China, showcasing a striking combination of humanoid robotics and flying technology. On September 24, the robots, identified as AGIBOT Expedition A3 Ultra models, were carried into the air aboard CoolFly Urban standing aircraft as part of the theme park’s opening performance. Standing 1.74 meters tall and weighing around 60 kilograms, the A3 Ultra features 51 active degrees of freedom and can operate for up to eight hours depending on workload and conditions. The aerial demonstration was part of a much larger partnership between AGIBOT and Chimelong, which is deploying more than 300 robots across the theme park and its associated hotel operations. These robots are expected to support entertainment, education, tours, retail, visitor assistance and other activities, highlighting the growing use of humanoid robots in public-facing environments. The collaboration also marked the delivery of AGIBOT’s 20,000th robot from its production line to Chimelong. Beyond entertainment, the two companies are working together on robotics research focused on tourism and the future use of intelligent machines in large-scale visitor experiences.

25/09/2026

Scientists are developing a new solar-powered desalination technology that could help tackle freshwater shortages while also reducing one of the biggest problems associated with conventional desalination: liquid brine waste. The new approach uses sunlight to drive the evaporation of water, allowing freshwater to be collected while the dissolved salts become increasingly concentrated and eventually crystallize into solid salt. In laboratory testing under one-sun illumination, researchers reported freshwater production of approximately 0.632 kilograms per square meter per hour while simultaneously recovering salt from the desalination process. Unlike traditional systems that can leave behind large quantities of concentrated liquid brine requiring careful disposal, the new method aims to convert the waste into a manageable solid form. This could be particularly valuable in water-stressed regions such as the Middle East, North Africa, parts of Asia and coastal areas facing increasing pressure on freshwater supplies. Because the process is powered by solar energy, it could also reduce dependence on electricity-intensive desalination systems and make freshwater production more attractive in areas with abundant sunlight. However, the technology remains at the research and development stage, and scientists still need to address challenges involving long-term durability, salt accumulation, operating costs, scaling and continuous operation. If these technical hurdles can be overcome, solar-driven desalination could offer a promising way to produce freshwater while recovering salts and significantly reducing liquid waste.

25/09/2026

Scientists at MIT are developing a new sticker-sized pacemaker that could one day help regulate abnormal heart rhythms without the need for traditional surgical implantation. Unlike conventional pacemakers, which are implanted inside the body and connected to the heart using wires, the experimental device is designed to work from outside the body. The thin, wearable patch uses precisely targeted ultrasound waves to stimulate the heart through surrounding tissue and influence its electrical activity. In laboratory experiments, researchers successfully used the technology to control the rhythm of engineered human heart cells, while animal studies showed that the system could rapidly restore normal heart rhythms. The device is roughly the size of a postage stamp and does not require implanted wires or an internal battery, potentially offering a less invasive alternative for some forms of cardiac pacing in the future. The research is being led by an MIT team that includes Professor Xuanhe Zhao, with the long-term goal of developing safer and more convenient technologies for treating irregular heartbeats. Although the technology is still in the experimental research stage and will require further testing, improvements in durability, precision and long-term operation, it highlights how wearable medical devices and ultrasound technology could transform the way heart conditions are treated. With millions of people worldwide relying on implanted pacemakers, a small external patch capable of regulating heart activity could represent a significant step toward less invasive cardiac care.

24/09/2026

OpenAI CEO Sam Altman and Anthropic CEO Dario Amodei have called for international cooperation and global rules to help govern increasingly powerful artificial intelligence systems. Speaking at a United Nations Security Council meeting on September 23, 2026, both leaders warned that AI development could create serious risks if it is not properly managed. They argued that decisions about advanced AI should involve governments and democratic processes rather than being left solely to technology companies. The discussion comes as countries continue debating how to balance rapid AI innovation with safety, security, and human oversight.

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28/09/2026

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