PortalsOS

The discovery of specialized cells in the heart that think and feel independently from the brain suggests a complex neural network within the body.

The hard problem of consciousness, as framed by David Chalmers, challenges us to understand what a feeling is in physical terms. This profound question remains unanswered despite our understanding of neural networks and information processing.

Breathing is an autonomous function that can be consciously controlled, acting as an interface between the conscious and autonomous nervous systems, making it a powerful tool for health improvement.

The human heart contains sensory neurites that think and feel independently from the brain, suggesting a complex neural network.

The ability of robots to perform tasks with limited memory and context is an example of Moravec's paradox, where tasks that seem simple to humans are complex for AI, and vice versa. This paradox highlights the challenges in developing robotic systems.

Nick Lane posits that the electromagnetic fields generated by membrane potential might indicate our physical metabolic state in relation to the environment. This could redefine how we understand consciousness and the role of mitochondria, potentially opening new research directions.

AI can potentially help us understand different states of wakefulness by analyzing data from various sensors and providing insights into how we can optimize our daily activities.

Technology, especially AI and immersive technologies, is shaping our brains and influencing our neuroplasticity, which requires us to be mindful of how these tools affect us.

The discovery of neurons in the heart that think and feel independently from the brain suggests a deeper connection between heart and mind.

AI and technology can help us understand different states of wakefulness, which are currently less understood than sleep states like REM and slow-wave sleep.