
For individuals aspiring to pursue higher education, NVIDIA’s CEO, Jensen Huang, offers compelling guidance. He expressed a preference for studying “physical sciences”if he were starting his academic journey today.
Jensen Huang Foresees a “Gold Rush”in Physical AI: A Call to Action
When Jensen Huang shares insights, the technology community takes note. His previous keynotes indicate a strong belief in the transformative potential of artificial intelligence, particularly through what he terms “humanoid”robots—an area he refers to as Physical AI. Huang asserts that this sector represents a forthcoming trillion-dollar opportunity. In light of this, he encourages students to explore physical sciences as a pathway to engage with this emerging field.
If 20-year-old Jensen Huang were to choose his field of study today, he would favor physical sciences over software sciences.
The term “physical sciences”may not be widely recognized in technology discussions, yet it encompasses essential disciplines such as physics, chemistry, and astronomy. This foundational knowledge will be crucial in shaping the future of Physical AI, which relies on understanding non-living systems. Traditionally, software sciences have dominated academic interest, but current trends indicate a significant downturn in demand as AI automates numerous entry-level roles, particularly within major tech companies.

Physical AI focuses on the ability of models to predict real-time movements and behaviors. When integrated into humanoid robots, this technology has the potential to supplant human roles in various tasks. Huang emphasizes that NVIDIA’s strategic shift from generative AI to Physical AI is underway, with the company actively developing products like Omniverse and Cosmos to enhance the functionality of humanoid robots in settings where human interaction is crucial.
When a prominent figure like Jensen Huang offers career advice, it merits serious consideration. Given his track record of anticipating industry trends accurately, it’s plausible that pursuing studies in physical sciences could lead to significant opportunities, potentially echoing the rapid growth seen in computer science during the COVID-19 pandemic.
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