The Impact of Classical Music on Neuroanatomy and Brain Functions

Main Article Content

Vani Sharma

Abstract

The human brain is responsible for a variety of functions that govern daily life, adaptation, and survival. Characteristics such
as memory consolidation, mood states, and neural plasticity give rise to brain biodiversity and higher-order intelligence. There are many external stimuli that evoke such characteristics, from a car horn to the latest Marvel movie, and classical music is no exception.This genre of music is a means to stimulate neural chemistry and cerebral circuits. This paper focuses on the nervous system as well as the neuroanatomy that can be impacted by engagement with such music. Classical music increases memory consolidation, relaxes the nervous system, can amplify emotional mood states, and can increase neural plasticity to slow down age-related cognitive decline. Furthermore, ti can be used as a therapy for memory-related brain- based conditions such as Alzheimer's disease and dementia.

Article Details

Section
Review Articles
Author Biography

Vani Sharma, University of Illinois Urbana-Champaign

Vani Sharma is pursuing a Bachelor of Science in Molecular and Cellular Biology (MCB) with an honors concentration, alongside a minor in Public Health and a Neuroscience certificate. As a writer for Brain Matters, she investigates the intricate interplay between the brain and diverse phenomena, including the neural foundations of gratitude, the influence of music on cognitive processes, and the complexities of neuroanatomy and neurological disorders. Through her work, she blends rigorous scientific research with engaging narratives to illuminate the brain’s extraordinary intricacies while promoting scientific literacy and making complex concepts accessible to a broader audience.