The Curious Case of the Ageing Nintendo 90s Console
The story begins with the Super Nintendo Entertainment System (SNES), launched in 1990 in Japan and 1991 in North America and Europe.
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Electronics
Illuminating the Future – Teaching Light to Speak
Imagine a world where light doesn’t just illuminate—it converses. In a dazzling leap forward, scientists have harnessed the power of multimode fibre (MMF) to transform optical communication, teaching light to transmit meaning rather than mere data.
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The World’s First Living Biocomputer
Picture a computer not forged from the cold gleam of silicon or the intricate dance of circuits, but born from the very breath of life itself—living, pulsing cells. In the sun-drenched laboratories of an Australian startup, this vision is no mere flight of fancy; it is the genesis of the biocomputer, a marvel poised to rewrite the lexicon of technology.
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The Evolution of Robots
From the clanking contraptions of ancient mythology to the sleek, AI-driven machines of today, robots have captivated human imagination for millennia. Their journey from fantastical ideas to indispensable tools reflects our unrelenting quest to mechanise labour, enhance creativity, and explore the unknown. Let’s embark on a chronological odyssey through the history of robots on Earth, where ingenuity meets engineering brilliance.
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20 Tech Gadgets of the Past 10 yrs. That Didn’t Survive
Over the past decade, the tech industry has introduced numerous gadgets that, despite initial hype, failed to endure. Factors such as rapid technological advancements, market miscalculations, and shifting consumer preferences contributed to their decline. Here are 20 notable tech gadgets from the past ten years that didn’t stand the test of time:
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The Future of AI Gadgets: Beyond Robots, Into the Everyday
The relentless march of artificial intelligence (AI) continues to reshape our world, and while robots—those clanking, whirring poster children of the tech revolution—grab the headlines, the real story lies in the subtler, stranger, and more ubiquitous gadgets poised to infiltrate our lives.
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Apple’s iPhone 18: A Camera Revolution in the Making?
In a move that could redefine mobile photography, Apple is reportedly considering a seismic shift for its iPhone 18, due in 2026: swapping Sony for Samsung as its camera sensor supplier. This potential change promises cutting-edge technology that could elevate the iPhone’s already stellar camera capabilities. Here’s what we know about this intriguing development.
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The Race to Dominate Humanoid Robotics
In a world increasingly driven by artificial intelligence, the race to develop advanced humanoid robots is heating up. Companies like Figure AI and Tesla are at the forefront of this technological revolution, aiming to transform industries ranging from manufacturing to healthcare. With ambitious deployment plans and rapid advancements in AI, these robots are poised to redefine the global workforce.
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AI – Is My Job Safe?
In a world increasingly shaped by artificial intelligence (AI), one question looms large: what does the future hold for human labour? Renowned historian and futurist Yuval Noah Harari has spent years exploring this very issue, offering both cautionary warnings and hopeful insights into how humanity can navigate the coming decades. His work, alongside that of other thinkers in technology, economics, and sociology, paints a complex picture of which jobs may remain safe from automation—and which ones might not.
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Powering the Future: Revolutionizing Microelectronics
In an era where microelectronics underpin everything from smartphones to life-saving medical devices, the insatiable demand for energy to power these technologies is reaching a critical juncture. As artificial intelligence (AI) and big data continue to expand, the energy consumption of microelectronics is skyrocketing, raising urgent questions about sustainability. To address this challenge, the U.S. Department of Energy (DOE) is spearheading a $179 million initiative to establish three cutting-edge Microelectronics Science Research Centers. These centers aim to redefine the future of microelectronics by developing energy-efficient technologies capable of operating in extreme environments, ensuring the U.S. remains at the forefront of scientific and technological innovation.
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