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

Understanding how our neural circuits operate can help us develop better strategies for decision-making and attention management.

Our neurons act as antennas that connect to a subtle energy field where information is stored, similar to how DNA functions in learning and creativity.

To survive, creatures must focus on specific tasks while remaining aware of their environment, necessitating two distinct types of attention: one that is narrow and focused, and another that is broad and contextual.

Neurons in our brains do not store memories; instead, they tune into a vibratory space in a field that connects all things, as confirmed by scientists at CERN in 2012.

There's significant potential for breakthroughs by merging different subject areas, and I've always aimed to be multidisciplinary in my own work, integrating neuroscience, machine learning, and computer science.

Attention allocation is influenced by how rich or poor the environment is, and our brains are designed to allocate attention based on the number of different sources present.

Cells can respond intelligently to their needs, demonstrating a form of intelligence that is not solely based on genetic programming or past experiences.

The brain interprets electrical signals from sensory neurons, creating experiences of pleasure and pain based on both innate and learned factors.