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.

When we replace our natural biology with synthetics, we lose our neurons and DNA, which means we lose our ability to connect with the field of information and intuition.

The pineal gland acts like a radio receiver for electromagnetic frequencies, allowing us to perceive realities beyond our senses.

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

Neurons in different brain areas can respond similarly to the same stimuli, indicating that individual neurons can multitask and pay attention to multiple factors simultaneously.

Many people intuitively believe that if you replace every neuron in a brain with digital structures and maintain the same functions, your conscious experience wouldn't change significantly.

Albert Einstein's brain had significantly more folds than an average brain, providing him with greater surface area and more neurons, which are biological antennas that connect us to a vibratory field.

Learning is fundamentally about neuroplasticity, which is the process by which our nervous system changes in response to experiences.

The gut has neurons that respond to nutrients, signaling the brain when essential amino acids are consumed, which is crucial for understanding hunger and satisfaction.