I discovered this technology more than 30 years ago when I was searching for a theme for my doctoral degree.
I was given a chance to pursue the principle at the University of Tokyo in 2020, and in response to the high quality single crystal infrastructure in the semiconductor industry in recent years, I clarified that the dynamic lattice matching mechanism is deeply related to the twin transformation of fluorite-type ceramics. In response to the high quality monocrystal infrastructure in the semiconductor industry in recent years, we clarified that the dynamic lattice matching mechanism is deeply related to the twinning transformation of fluorite-type ceramics, and evolved it as a multifunctional interlayer technology.
We are confident that the timing could not be better than now to introduce Gaianixx’s dynamic lattice matching technology to the market and to build an innovative Gaianixx market.
Chief Scientific Officer
School of Engineering, The University of Tokyo