AI Safety & Cybersecurity

UCLA Study: AI Lacks Human-Like 'Internal Embodiment'

Researchers find current AI systems lack the bodily awareness needed for safe alignment with human experiences.

By Kronos News Desk··1 min read
An artistic representation of a digital brain with an internal biological structure, representing the UCLA study on AI internal embodiment and human safety.

An artistic representation of a digital brain with an internal biological structure, representing the UCLA study on AI internal embodiment and human safety.

Photo: Kronos News

Researchers at UCLA Health published a study in the journal Neuron regarding artificial intelligence safety [1]. The team argues that current multimodal AI systems lack internal bodily awareness, such as fatigue or uncertainty [1][2]. These "internal embodiments" are critical for aligning AI behavior with human behavior and safety needs [1]. While AI can accurately describe human feelings, it does not actually experience them [2]. The study suggests that this gap prevents current systems from fully understanding human safety requirements [1][3]. Experts propose that future AI might require simulated internal sensors to better mimic human physical states and improve reliability [3].

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Kronos News Desk covers ai safety & cybersecurity and editorial analysis for Kronos News.