Publications by authors named "Idalys Lozano"
Cryst Growth Des
January 2024
Article Synopsis
- The performance of crystalline organic semiconductors is significantly influenced by their solid-state structure, particularly how the conjugated components are oriented in relation to device platforms.
- Engineering crystal orientation through chromophore modification is challenging, as traditional processing techniques provide limited control over this aspect.
- Crystal twisting has emerged as a novel method that enhances the properties of organic semiconductors, enabling the introduction of chiral characteristics and improving performance in applications like chiral sensing and optical telecommunications.
Article Synopsis
- Many molecular crystals can grow as twisted fibrils, typically requiring strong crystallization forces that create specific textures.
- Micron-sized channels made from PDMS help direct the growth of these twisted crystals, leading to unique structural formations.
- The research highlights how these channels can influence the shape and coherence of the crystals, suggesting potential applications in chiral optical technologies.
