Vinh Nguyen
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How MemOS is Revolutionizing AI with Memory Modules
If you’ve ever seen the 1995 cyberpunk classic Johnny Mnemonic, you might remember its striking vision of human brains serving as encrypted data couriers. Fast forward to 2025, and that seemingly far-fetched idea isn’t entirely fiction anymore. A team of Chinese researchers has developed MemOS—the world’s first “memory operating system” designed specifically for artificial intelligence. Continue reading
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Navigating the Risks of a Unified AI Future
How Many AIs Did You Talk to Today? Take a moment and think about how many separate AIs you’ve interacted with today. Maybe Alexa woke you up, Siri answered a quick question, Tesla Autopilot navigated your commute, and ChatGPT helped you with work. Welcome to the patchwork world of consumer AI—fragmented but resilient. Yet, we’re Continue reading
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Envisioning 2140: The Future of Human Transformation
A Glimpse into 2140 Picture the year 2140. Families still gather around dinner tables, children play outside, and the human experience seems largely unchanged—at least on the surface. Yet, a transformative option awaits those who wish to surpass the biological limits of humanity. After a life fully lived in their original flesh and blood, many Continue reading
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Short-Term vs Long-Term Investors: Key Differences Explained
A Tale of Two Investors On any given trading day, Wall Street hosts an intriguing spectrum of investors. Imagine one ticker, like Rigetti Computing (RGTI), capturing the attention of two distinct investors. One, a nimble day trader flipping options within minutes; another, a steadfast long-term investor carefully adding to their portfolio for future growth. How Continue reading
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Living Quantum Kernel: Revolutionizing AI and Quantum Computing
Abstract Quantum computing hardware development has significantly outpaced the discovery of universally applicable quantum algorithms, leaving a substantial gap in practical usability. Inspired by the probabilistic autoregressive processes in Large Language Models (LLMs), this paper proposes a novel “Living Quantum Kernel” (LQK) framework that systematically treats quantum measurement noise as a valuable source of structured Continue reading
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