Organic Crystal Methods





















University of Limerick Researchers Find a Method for Energy-Harvesting
Debra John — November 22, 2024Researchers at the University of Limerick in Ireland have developed a new method for growing organic crystals that can be used for energy harvesting. Specifically, this "process harnesses piezoelectricity—a property where electricity is generated by applying pressure—using amino acid molecules, the basic components of proteins found in the human body; while piezoelectricity is typically associated with materials like ceramics and polymers, this study reveals its potential in biomolecules, opening the door to new applications."
To achieve this, the team at the Actuate Lab utilized advanced computer models to predict how much electricity these materials could generate under pressure. As a result, this innovation could "lead to the development of sustainable materials to power sensors in electronics and medical devices." Furthermore, by relying on naturally occurring biomolecules, this approach supports eco-friendly energy solutions that reduce dependency on synthetic materials. Ultimately, this advancement highlights the potential for organic materials to create greener, more sustainable energy systems significantly.
Image Credit: Pixabay/CC0 Public Domain