AI and automation integration halves the time and cost of new drug development [Korean]

In a groundbreaking development, Insilico Medicine’s CEO Alex Zhavoronkov highlights the integration of AI and automation in drug discovery, significantly reducing time and costs. Their innovative platform, Pharma.AI, has led to the successful identification of promising drug candidates, showcasing the transformative potential of AI in the pharmaceutical industry.

Samsung·LG·Doosan·HD Hyundai, betting on humanoids… The K-Robot war has begun [Korean]

Korea’s “K-Humanoid Alliance” has launched, uniting over 40 companies, including Samsung and LG, to compete in the humanoid robot market. With a projected growth to $38 billion by 2035, the alliance aims to accelerate development and commercialization of advanced humanoid technologies, addressing concerns of falling behind global competitors.

Writer unveils ‘AI HQ’ platform, betting on agents to transform enterprise work [English]

Writer has launched its “AI HQ” platform, aiming to bridge the gap between AI’s potential and real-world results. This innovative system enables businesses to create autonomous AI agents that can execute complex workflows, transforming enterprise operations and addressing the shortcomings of previous generative AI implementations.

Artificial intelligence enters education as an official student at a university in Austria – Al-Watan [Saudi Arabia] [Arabic]

Austrian University of Applied Arts has welcomed “Flynn,” an AI student officially enrolled in its digital art program. Flynn participates in lectures, receives feedback, and earns grades alongside human peers, redefining higher education. This innovative approach allows Flynn to evolve through interactions with students and faculty, enhancing its creative algorithms.

Major Quantum Computing Advance: Scientists Break 25-Year Barrier in Chip Fabrication [English]

Engineers at UCL have developed a groundbreaking fabrication process for quantum computers, achieving nearly zero failure rates. This method allows precise arrangement of individual atoms, marking a significant advancement toward scalable quantum devices. The research highlights the potential of arsenic over phosphorus for creating reliable qubits in silicon.

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