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The Crystalline Solids Laboratory (Crisol lab) is a research group dedicated to the exploration and advancement of inorganic crystalline solids. Founded with a vision to bridge the gap between the synthesis of new materials and the fundamental physics of solids, our lab seeks innovation in interdisciplinary research. At Crisol lab, we specialize in the design and growth of crystalline materials using advanced techniques, such as chemical transport or flux methods. We continuously explore new combinations of elements and crystal structures, aiming to discover materials with unique properties and potential applications in technology. Our multifaceted approach to material characterization includes X-Ray diffraction, optical and electron microscopy, spectroscopic methods like Raman spectroscopy, and electronic transport measurements at low temperatures and high magnetic fields. A key focus of our research is the integration of 2D materials into optoelectronic devices. These atomically thin crystals offer exceptional properties that make them ideal for flat device architectures. We investigate the interaction between light and matter and electronic transport in these low-dimensional systems, opening new avenues for fundamental physics and technological applications. By studying inorganic crystalline systems in operational conditions, we uncover synergistic behaviors between correlated properties such as magnetism and ferroelectricity, paving the way for new technological innovations. Crisol Lab is committed to scientific excellence and collaboration and to foster an inclusive and stimulating environment where researchers from diverse backgrounds can collaborate and innovate. We are always looking for curious and talented individuals to join our team. Whether you are a student, researcher, or industry professional, there are many ways to get involved with Crisol lab.
