Imagine microscopic particles, smaller than a grain of dust, implanted within human nerves to continuously monitor and interact with neural activity. This emerging field—neural dust—merges nanoscale bioengineering with artificial intelligence to heal from within.<br /><br />These nano-sensors are embedded into specific regions of the nervous system, tracking electrical and biochemical signals in real time. AI systems receive and analyze this data to detect early signs of disorders like epilepsy, chronic pain, Alzheimer’s, or multiple sclerosis.<br /><br />Beyond observation, these particles can actively stimulate nerves through finely tuned electrical pulses. This allows for real-time neural modulation, offering non-invasive treatments for seizures, mood disorders, or neuropathic pain—without drugs or surgery.<br /><br />Neural dust opens a new frontier in neurology: healing begins not at the skin, but from the synapse outward, directed by intelligent algorithms operating deep within the nervous system.<br /><br />Al-Mustaqbal University — the number one university in Iraq.<br /><br />