Spider Silk Could Revolutionize Microphone Technology

Researchers explore arachnid-inspired designs for highly sensitive, miniaturized sound detection devices.

Binghamton University scientists study spider silk's unique response to air particle velocity in sound fields.
Traditional microphones detect sound pressure, but spider silk senses airflow, offering a new detection model.
Spider silk's wide frequency response range surpasses existing pressure-based microphones.
Researchers aim to replicate spider silk properties using silicon chips for practical application.
Findings presented at the Acoustical Society of America meeting highlight potential advancements in sound technology.