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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...

Heat Waves in India: A Complete National Examination of Causes, Consequences, Failures, and the Path to a Heat-Resilient Future

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H eat in India was once treated as an ordinary feature of summer. It was difficult, sometimes exhausting, and in certain regions severe, yet it was largely accepted as a seasonal hardship that would eventually give way to the monsoon. That older understanding is no longer adequate. In the twenty-first century, heat waves in India have become more frequent, longer-lasting, geographically widespread, and far more dangerous than in the past. They now threaten public health, agriculture, water security, urban infrastructure, biodiversity, labor productivity, education, and economic stability. What makes the modern heat crisis especially serious is that it arises from several forces acting together. Global climate change is raising baseline temperatures. Cities are expanding in ways that trap heat. Wetlands, trees, lakes, and open land are disappearing. Millions of people live in housing poorly suited to extreme temperatures. Informal workers must continue laboring outdoors even in dangerou...