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We are pleased to share our latest video introducing the research roadmap and long-term vision of the QMAM Ferroelastic Domain Platform. In this presentation, we discuss our current research on ferroelastic domain structures, Conductive Topology Mapping, and our long-term vision for Adaptive Routing as a future platform concept. Rather than focusing on a single material,…

This video was produced in Korean and includes English subtitles. I will briefly explain the research I have been conducting over the past three years. Thank you.

https://doi.org/10.21203/rs.3.rs-10086532/v1 Over the past three years, QMAM has conducted extensive research on LK-99, including the synthesis and evaluation of high-purity samples and a broad range of structural, electrical, and magnetic characterizations. Despite our best efforts, we were unable to obtain experimental evidence supporting room-temperature superconductivity in the high-purity LK-99 samples investigated within the scope of…

QMAM is proud to announce that we have officially filed a core patent for our innovative “Adaptive Routing Semiconductor Process utilizing Domain Boundary Conduction Channels.” This technology directly translates self-assembled nanoscale strain topologies into functional microelectronic interconnects. Moving forward, QMAM will experimentally explore and expand this platform across the following high-value vectors: By integrating adaptive…

We have published the paper “Lattice Distortion and Localized Conductive Response in Cu- and S-Substituted Pb₃(PO₄)₂ Ferroelastic Structures” on Research Square. The address of the paper is as follows. https://doi.org/10.21203/rs.3.rs-9825848/v1

We have filed a patent entitled“Low-Dimensional Conduction Channel and Functional Ceramic Based on Monoclinic Ferroelastic Domains and Manufacturing Method.” This functional ceramic compound will be introduced in a future publication.The material is based on monoclinic ferroelastic domains exhibiting approximately 2% spontaneous lattice distortion at room temperature, while preserving canted magnetic characteristics above room temperature. As…