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Hantavirus: The Silent Virus Carried by Rodents That Still Terrifies the World

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I n the modern imagination, deadly viruses are often associated with crowded cities, airports, laboratories, or global pandemics. Yet one of the most feared infectious diseases on Earth comes from something far more ordinary: rodents. Hidden in barns, forests, abandoned buildings, grain stores, campsites, ships, and even quiet rural homes, hantaviruses exist largely unnoticed until they suddenly erupt into tragedy. When they do, the illness can move with frightening speed, transforming what begins as a mild fever into catastrophic respiratory failure within days. For decades, hantavirus has remained one of the world’s most mysterious and alarming viral diseases. It is rare, but not rare enough to ignore. It is difficult to catch, yet deadly enough to terrify physicians. It does not spread like influenza or COVID-19, but under certain conditions it can trigger outbreaks that force international health agencies into immediate action. And unlike many viral threats that emerge from exotic ...

From Data Centres to Orbit: Can Space Solar Power the AI Age?

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A rtificial intelligence is usually described as a contest over algorithms, semiconductor chips, talent, and investment. Yet beneath the excitement surrounding chatbots, autonomous systems, and ever-larger models lies a quieter struggle that may prove just as decisive. It is the struggle for electricity. Every AI model trained, every search engine enhanced, every image generated, and every automated workflow deployed depends on physical infrastructure consuming enormous amounts of power. Behind the apparent magic of digital intelligence are data centres filled with processors, cooling systems, storage arrays, networking hardware, and backup systems operating continuously. For much of the internet era, electricity was treated as a background utility. In the AI era, it is rapidly becoming a strategic resource. That change is forcing some of the world’s largest technology companies to rethink where future power will come from. It is also reviving one of the most ambitious energy concept...

UAE Leaves OPEC: What It Means for Oil, Climate Change, and the Global Energy Transition

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T he decision by the United Arab Emirates (UAE) to leave OPEC is one of the most significant developments in the global energy sector in recent years. At first glance, it may appear to be only an internal policy change within an oil-producing bloc. In reality, it reflects much deeper changes in geopolitics, economics, global energy demand, and the transition toward cleaner technologies. For more than six decades, OPEC has played a major role in shaping oil markets. It has influenced crude prices, controlled supply through coordinated production cuts, and acted as a powerful collective voice for petroleum-exporting nations. The UAE, meanwhile, has grown into one of the world’s most strategically important energy producers while also becoming a global center for finance, tourism, aviation, logistics, and renewable investment. When such a country chooses to leave OPEC, the message is clear: the old oil order is changing. This event matters not only to Gulf nations and energy traders, b...