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AI Can Solve Problems, But That's No Excuse to Stop Learning, Says Nvidia CEO
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英伟达CEO黄仁勋与阿里巴巴云创始人王坚在链博会先进制造论坛上就人工智能的未来、半导体创新以及下一代如何在AI驱动的世界中蓬勃发展进行了深入交流。黄仁勋将AI描述为一种基于第一性原理思维的新型软件开发形式,并预测AI将深入物理机器,开启“物理AI”时代,通用人工智能(AGI)也正加速到来。王坚则强调算力是技术变革的基石。两人均认为AI是对人类智能的增强而非模拟。此外,会议还肯定了中国在开源AI研究中的领导地位,并鼓励年轻人重视基础知识和第一性原理思维,拥抱AI带来的机遇。

💡 AI发展新浪潮:黄仁勋认为AI正从软件开发转向与物理机器的深度融合,预示着“物理AI”时代的到来,并且AI在解决复杂问题上的能力将超越人类,通用人工智能(AGI)也日益临近,这将深刻改变人机交互和生产方式。

🚀 算力是核心驱动力:王坚指出,算力的规模化扩展是推动AI技术飞速发展的根本原因,AI的每一次重大突破都离不开计算能力的指数级增长,算力基础设施的建设和优化至关重要。

🇨🇳 开源力量与中国贡献:黄仁勋高度评价了中国在开源AI研究领域的贡献,特别提到了DeepSeek-R1、Qwen和Kimi等模型在全球范围内的影响力,认为开源模式有利于透明度、协作和安全,是推动AI进步的全球性福祉。

🎓 人才培养与第一性原理:黄仁勋强调,尽管AI能力强大,但年轻人不应放弃基础知识的学习,而应运用第一性原理思维,从根本上理解和解决问题,同时鼓励拥抱AI技术,将其作为提升个人能力和创造力的强大工具。

 

AsianFin — Nvidia CEO Jensen Huang joined Alibaba Cloud founder and Zhijiang Lab director Wang Jian for a fireside discussion at the Chain Expo’s Advanced Manufacturing Forum on Thursday, where the two tech leaders exchanged views on the future of artificial intelligence, semiconductor innovation, and how the next generation can thrive in an AI-driven world.

The conversation touched on the rapid evolution of AI technology, with Huang describing it as a new form of software development grounded in first-principles thinking. Over the past decade, AI has transitioned from systems that require manual programming to models capable of learning from data to make predictions. These shifts, he noted, have brought breakthroughs roughly every four to five years — most recently with generative and reasoning-based AI systems. Huang believes the next wave will involve the integration of AI into physical machines such as robots, setting the stage for the era of Physical AI.

He also suggested that artificial general intelligence (AGI) — where AI systems outperform humans across a broad range of cognitive tasks — is approaching feasibility, and that AI is on track to exceed human-level problem-solving capabilities in the near future.

Wang Jian, reflecting on the infrastructure underpinning these developments, argued that computing power, more than AI itself, has been the foundational driver of technological transformation. While AI is a visible outcome, he said, the expanding scale of computational capacity is what has fundamentally enabled these advancements.

Both speakers emphasized that AI should not be seen simply as a simulation of human intelligence, but rather as an augmentation of it. They agreed that like cars and airplanes expanded human physical reach, AI can broaden intellectual capacity and creativity.

China's Open-Source Contributions Gain Recognition

The discussion also highlighted the importance of open-source development in AI. Huang acknowledged China's leadership in open-source AI research, pointing to its prolific publication record on platforms like arXiv and the global impact of models like DeepSeek-R1, Qwen, and Kimi — advanced, multimodal reasoning systems developed in China.

He described open-source AI as a globally beneficial approach, enabling transparency, collaboration, and safety through community oversight. Such practices, he noted, ensure that top-tier scientific work can be studied, improved, and safely deployed. Wang extended an invitation to Huang to visit Hangzhou, the birthplace of several of these leading models — an offer Huang said he plans to accept.

Turning to hardware, Huang reaffirmed that silicon remains essential to AI advancement, even as new materials and manufacturing techniques evolve. He pointed to the emergence of 3D transistor structures (GAA), backside power delivery, advanced packaging (CoWoS), and co-packaged optics (CPO) as evidence of continued innovation. He said Nvidia’s chip development roadmap extends nearly a decade forward, with ongoing breakthroughs expected for at least the next 20 years.

Young People Urged to Build Fundamentals Despite AI's Rise

As AI becomes more capable, Huang stressed that it should not replace foundational learning. He encouraged young people to approach complex problems by applying first-principles thinking — breaking down challenges step by step to build understanding from the ground up. Regardless of their field, he said, individuals must maintain a solid grasp of basic knowledge and avoid over-reliance on AI systems.

He also urged everyone to embrace AI technologies as early as possible. AI-powered computing, he said, is emerging as a powerful equalizer, providing individuals with access to the same cognitive and creative tools — regardless of background or resources.

Huang expressed admiration for the younger generation growing up in the age of AI, calling it a unique opportunity. These digital natives, he said, will be accompanied by AI throughout their lives — intelligent companions capable of learning from them, supporting their education, offering advice, and enhancing personal development.

On the business front, Nvidia shares closed at $171.37 on July 16, up 0.39%, pushing its market capitalization to $4.18 trillion.

Earlier this week, Huang confirmed two key developments in an interview with Chinese state media: U.S. regulators have approved the export of Nvidia’s H20 chips to China, and the company is preparing to launch its new RTX Pro GPU.

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黄仁勋 王坚 人工智能 算力 开源AI
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