AI War | Perplexity Lands on WhatsApp Available in Hong Kong – EJ Tech [Chinese (Traditional)]

Perplexity, an American AI startup, has launched its chatbot on WhatsApp, allowing users in Hong Kong to access features like information searches and image generation without a VPN. The company plans to introduce additional functionalities, including voice mode and video generation, while addressing existing message structure issues.

AI Revolution in Global Mobility: Transforming Transportation, Immigration, and Work

The global AI market in transportation is set to reach $34.83 billion by 2034, driven by innovations beyond autonomous vehicles. AI is reshaping logistics, urban planning, and immigration processes, enhancing efficiency and sustainability. As technology evolves, balancing innovation with ethical considerations will be crucial for future mobility solutions.

This Will Be Scary… But Necessary: Duolingo CEO Confirms Shift From Human Contractors To AI – Eye on the World: What You Missed Today [English]

Duolingo CEO Luis von Ahn has announced a strategic shift to an ‘AI-first’ approach, phasing out human contractors for tasks that AI can handle. This transition aims to enhance productivity and expand educational offerings, despite concerns from users about potential declines in content quality and user satisfaction.

DeepSeek-AI Released DeepSeek-Prover-V2: An Open-Source Large Language Model Designed for Formal Theorem, Proving through Subgoal Decomposition and Reinforcement Learning [English]

DeepSeek-AI has launched DeepSeek-Prover-V2, an open-source large language model aimed at formal theorem proving. By utilizing subgoal decomposition and reinforcement learning, it generates verifiable mathematical proofs, addressing the challenges of bridging informal reasoning with formal logic. The model shows promising results on various formal reasoning benchmarks.

Why IonQ’s Quantum-Enhanced Applications Mark a Major Step Forward for AI – Wall Street Pit [United States]

IonQ is advancing quantum computing to enhance AI applications, particularly in language processing and materials science. Their hybrid approach combines quantum and classical methods, improving accuracy and energy efficiency for complex tasks. This innovation could significantly benefit industries like tech, healthcare, and manufacturing by optimizing AI performance.

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