Title: NIST Researcher Discusses Crystal Growth of Novel Quantum Materials
A researcher from the National Institute of Standards and Technology (NIST) recently presented a talk on the crystal growth and characterization of novel quantum materials, specifically focusing on intermetallic compounds and low-dimensional solids. The research aims to understand the relationship between structure and physical properties in these materials, which exhibit unique magnetic and electronic properties not found in three-dimensional materials.
The talk highlighted the importance of growing high-quality single crystals to accurately determine anisotropic physical properties. The researcher discussed the crystal growth, characterization, and properties of germanides, stannides, and layered antimonides, emphasizing the potential of these materials in reduced dimensions for exhibiting exotic quantum properties.
The research has implications for advancing the understanding and development of novel quantum materials with potential applications in quantum computing, quantum sensing, and other emerging technologies.
Keywords: Materials, Anisotropy, Properties, Dimensions, Crystal
