Neuroplasticity refers to the brain’s ability to form and re-form connections and bonds through the evolution of neuron pathways. It is a broad term that refers to the brain’s ability to alter, adapt, and adjust its structure and function throughout life and in response to experiences, predominantly sensory ones. Individual variations in brain structure and function, like individual differences in neuroplasticity processes, contribute to the observed diversity in the structure and function of the brain. It is traditionally high in children and young adults, yet recent studies indicate the prevalence of neuroplasticity beyond young age. A rising number of studies have demonstrated the brain’s extraordinary ability to rearrange itself in response to significant sensory inputs. The traditional understanding of the brain’s plasticity is that it is mostly restricted to brief epochs during early development. Although there have long been examples of neuroplasticity occurring outside of these restricted temporal windows, scientists have recently begun to better grasp the regulators that control and influence plasticity. The factors in question primarily concern the quality and quantity of specific sensory inputs, with exposure to white noises being an example of such. Additionally, neuroplasticity is often influenced by neuromodulator systems, particularly the amount of norepinephrine in the system. Diverse variables, such as variations in genetic, cellular, molecular, and environmental individual characteristics, might shape and regulate the tendency for experience-dependent plasticity throughout life. In Australia, neuroplasticity is primarily practiced within private clinics that specialize in brain research and relevant surgeries. The causes and influential conditions in relation to it are currently studied in Sydney’s University Brain and Mind Center, where the experts attempt to fully comprehend the science behind the rewinding of the human brain. At the same time, medical institutions, such as Perth Brain Center, offer their patients QEEG brain scans, neurofeedback therapy and personalized treatment plans. Neurological research and medical practice are coming together to explore and utilize the phenomenon of neuroplasticity, but what would its’ overall impact be on the flawed Australian healthcare system? The Australian healthcare system is known to be fragmented and contradictory, with an inconsistent mix of public and private services. Only the most privileged citizens, those being middle-class residents of large cities and urban centers, may be confident in their capacity to access the best forms of medical care available. Other Australians, however, especially in rural areas, often have to rely on underfunded and underdeveloped facilities. The inconsistent health-related outcomes between urban and rural Australians are commonly known as the great health divide. It presents a major social policy issue to the Government, as over thirty percent of Australians currently live in rural areas. The issue may primarily be addressed through the appropriate funding re-distribution with separate initiatives generated to assist the healthcare system in rural regions. Although the revision of the financial program and the balance between private and public healthcare has the capacity to inf