Embodied cognition suggests that our consciousness is tied to having a body and senses, which current AI models lack, making human experience fundamentally different from AI.

Some argue that consciousness requires a biological system, citing the unique properties of biological brains that AI models lack, such as neurotransmitters and electrochemical signals.

The design of our brains allows us to prioritize attention efficiently, which is crucial for navigating our environments and making decisions.

The unique abilities of humans, such as advanced neural networks and self-regulation, have been present since the emergence of anatomically modern humans, suggesting a significant leap in our capabilities.

The body has a huge and profound influence on our mind, as the brain and spinal cord are extensively connected with the body.

By integrating a 3D representation into models, we can better align the model's capabilities with the tasks we want it to perform, enhancing user affordances. Spatial intelligence is crucial for creating technology that understands and interacts with the 3D world, enabling a wide range of applications.

The relationship between consciousness and matter is complex; consciousness is not merely a byproduct of material processes but is integral to existence.

Understanding the physics of intelligence is crucial for developing complex systems that can be effectively monitored and controlled.

The heart is closely linked to our emotional experiences and cognitive processes, suggesting a deeper connection between our physical state and consciousness.