Novel Quantum Materials Laboratory21
We are interested in high-temperature superconductors that are difficult to explain with theories so far, topological quantum materials including topological insulators that can be explained but difficult to find in reality, and magnetic materials useful in academic and industrial fields. These materials are synthesized in a single crystal or polycrystalline form using a flux method, a chemical vapor transport method, etc. In addition, physical properties including atomic structure, electrical properties, magnetic properties, and thermal properties are studied. Let’s start by saying, “There is such an interesting material in the world, which we have made in our own laboratory"
Advisor Professor : Park, Keeseong
Novel Quantum Materials Laboratory Homepage
Advisor Professor : Park, Keeseong
Novel Quantum Materials Laboratory Homepage
Subject
- WELL 1
- Y2BACUO5 1
- ZR3MN3SN4GA 1
Co-Author(s)
Related Keyword
Recent Submissions
- A comparative synthesis study of α-MnTe across solid-state, Arc-melting, and Te-flux routes
- Crystallographic Stability and No Evidence of Higher-Order Saddle Points in the HfFe6Ge6-type Kagome Metal ScCo6Ge6
- A comparative synthesis study of α-MnTe across solid-state, Arc-melting, and Te-flux routes
- Magnetic glass behaviors of bicontinuous nanocomposite films fabricated by partial oxidation of Pt-Ni-Co
- From Synthesis to Superconductivity: Hands-On Learning of Quantum Materials through YBCO Doping
