"AZURE," a sound art installation, is the culmination of Sondra Dorr’s in-depth research into the complex interplay of introspection, philosophy, psychology, and the neurological impacts of sound. This immersive experience is designed to evoke a dynamic sensory journey, reflecting the intricacies of human consciousness as explored through auditory stimulation.

"AZURE" is more than an artistic endeavor; it is a bridge between the philosophical, psychological, and neurological understanding of human consciousness and sensory experience. The feedback from visitors has highlighted the installation's ability to evoke introspection and a deeper understanding of the mind-sound relationship. This project has not only advanced my artistic vision but also contributed significantly to the discourse on sound art and its potential to explore complex cognitive and emotional landscapes.

Through "AZURE," Dorr not only achieved a fusion of art and science but also sparked curiosity and introspection among its audience, fulfilling the core objective of the installation. The journey of creating "AZURE" has been a testament to the power of interdisciplinary research and its translation into experiential art.

The foundational concept of "AZURE" is rooted in the theories of introspection by early psychologists Wilhelm Wundt and Edward Titchener. Their belief that consciousness is a blend of sensations, images, and feelings resembling sensory experiences is the cornerstone of this installation. By integrating these philosophical and psychological principles, "AZURE" creates an environment where visitors can experience the fluid nature of consciousness through sound.

A significant influence on the project has been the work of Dr. Mark Tramo, a renowned neurologist and educator. His course, “Music and Brain,” delves into the neural systems using themes like rhythm, harmony, and creativity. Dr. Tramo's innovative teaching methods, which include live musical demonstrations on piano or guitar, provide insights into how music interacts with the brain. His research, particularly on how music influences auditory systems and psychological behaviors, has been pivotal in shaping the auditory components of "AZURE."