Growth using various advanced techniques.
Characterization (XRD, Laue diffraction, EDX).
like magnetization, resistivity, heat capacity, and thermal conductivity using
PPMS and SQUID magnetometer.
In the pursuit of advancing our understanding and harnessing
the potential of strongly correlated materials, my research is dedicated to the
exploration, synthesis, and single-crystal growth of innovative compounds with
the aim of uncovering novel electronic, magnetic, and thermal properties.
Specifically, my focus extends to the investigation of materials exhibiting
intriguing behaviors such as frustrated magnets, cluster magnets, molecular
magnets, and Mott transitional materials. This multifaceted approach is geared
towards not only discovering new materials but also enhancing existing ones,
thereby paving the way for groundbreaking advancements in the realm of
correlated materials science.