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Experimental Conductive Nail Polish Could Enable Touch Screen Use for People with Long Nails

digital · 2026-03-25

Researchers at Centenary College of Louisiana are developing a clear, conductive nail polish that could allow individuals with long fingernails to use touch screen devices. Chemistry and biology undergraduate Manasi Desai and her supervisor Joshua Lawrence presented prototype formulations on March 23 at the American Chemical Society's spring meeting. The polish aims to solve conductivity issues that prevent nails from interacting with screens, using a blend of taurine and ethanolamine. While not yet commercially viable due to durability and safety concerns, the innovation represents a potential advancement in cosmetic technology and accessibility.

Key facts

  • Researchers at Centenary College of Louisiana are developing conductive nail polish
  • Prototypes were presented on March 23 at the American Chemical Society spring meeting
  • The polish uses taurine and ethanolamine to create conductivity
  • It aims to help people with long fingernails use touch screens
  • The product is not yet commercially available due to durability and safety issues

Entities

Institutions

  • Centenary College of Louisiana
  • American Chemical Society

Locations

  • Louisiana

Sources