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The ban on superintelligence research recently proposed by the Future of Life Institute is, I think, misguided and potentially dangerous.

From low-bandwidth solutions to language-aware models, Africa’s AI future may be radically collaborative. Researchers argue it starts with people—not just machines.

BGI 2025 involved a number of bold experiments. Some of these experiments paid off handsomely.

AI-Mark replaces forgetful chatbots with persistent, sovereign agents that remember, coordinate, and collaborate across marketplaces, outlining a concrete architecture for the emerging Internet of Agents by 2026 globally.

Ancient Taoist wú wéi acting without forcing can be formalized mathematically to guide AGI along minimal-cost, perfectly aligned paths, enabling intelligent systems to move with precision, spontaneity, and contextual harmony.

Resetting qubits is a major bottleneck in quantum computing. A new refrigerator that runs on heat—not electricity—is on the horizon. The result? A superconducting qubit that cools itself.

What happens when history becomes interactive? Explore the promise—and perils—of immersive tech in cultural heritage.

Nick Bostrom's mathematical case for cautious acceleration toward superintelligence.

A bold mathematical theory replaces binary logic with graded systems, explaining how intelligence, consciousness, and meaning emerge, and offering a unified path toward interpretable, genuinely self-aware artificial minds.

In disaster's grip, communities seize the sky: owning drone networks for swift aid, resilient deliveries, and local power decentralizing tomorrow's critical infrastructure from corporate hands to collective resilience.