Beyond Automation: How AI-Powered Robots Are Reshaping Our Physical World

AI-powered robots are transforming industries by bridging digital intelligence with the physical world. In 2025, these adaptive, multi-tasking machines enhance manufacturing, healthcare, and small businesses, enabling greater efficiency and collaboration. As they evolve, ethical considerations and equitable access remain crucial for a future where humans and robots thrive together.

AI threatens democracy. Experts urge us to pull the emergency brake. [Norwegian]

In a thought-provoking discussion, researcher Henrik Skaug Sætra warns that artificial intelligence threatens democracy by shaping our information landscape and creating echo chambers. He advocates for a critical evaluation of technology’s role in society, emphasizing the need for human control and the importance of traditional media in maintaining democratic values.

Conference discusses the impact of artificial intelligence in diagnosing the causes of autism | Gulf Newspaper [Arabic]

The International Conference on Autism Research, under the patronage of Sheikh Khalid bin Zayed Al Nahyan, explores the transformative role of artificial intelligence in diagnosing autism. The event emphasizes collaboration and innovation, aiming to enhance the lives of individuals with autism through advanced research and tailored interventions.

The first Higher Education Digital Innovation Development Forum was successfully held in Sanya, building a new ecosystem for private education with AI. [Chinese]

The inaugural Higher Education Digital Innovation Forum successfully took place in Sanya, focusing on the transformative impact of AI on private education. Experts discussed opportunities and challenges, emphasizing the need for collaboration and innovative strategies to enhance educational quality and adapt to the evolving digital landscape.

The Quantum Leap: Innovations Driving the Future of Computing [English]

The dawn of quantum computing is revolutionizing technology, surpassing classical limitations. Key advancements in qubits, entanglement, and error correction are paving the way for practical applications in cryptography, optimization, and materials science. Experts predict that fault-tolerant quantum systems could soon outperform classical computers, unlocking new scientific frontiers.

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