This research aims to develop reliable authentication methods using Raman markers.
Utilized glass-ceramic/βcarotene mixtures for creating Raman markers
Explored the tunability of these markers with laser technology
Assessed their effectiveness in anti-counterfeiting applications
Demonstrated enhanced reliability of authentication methods
Showed potential economic benefits by reducing counterfeiting incidences
Abstract
The need for more reliable authentication methods is a rapidly growing field due to the significant economic, social, and security losses caused by the counterfeiting of valuable products. This work...