Experimental Condensed Matter Physics

Growth and characterization of high-k oxide thin layers on Si and Ge substrates by movable two-zones tube furnace in vacuum. Growth of topological insulator (Bi2Se3), Weyl and Dirac semimetals (SrSi2, SrGe2) on Si substrates by movable two-zones tube furnace in vacuum and hydrothermal process Epitaxy of perovskite SrSnO3 and anti-perovskite Sr3SnO on Si. Synthesis and study of metal-doped (Sr,Ba)(Ti,Hf)O3 nanoparticles by hydrothermal process Superconductors will be synthesized by solid-state reaction and evaporation methods. Synthesis and study of magnetocaloric materials by hydrothermal process. Growth and study of Co-doped ZnO thin films on Si substrates by a spray pyrolysis technique. Mo doped WO3 thin films grown by a sputtering method and a chemical bath deposition method. Synthesis and study of metal doped SnO2 nanoparticles by a hydrothermal process. Experimental and theoretical analysis of single and double halide perovskite.

INTEREST(S)

Synthesis of metal doped SnO2 nanoparticles, Mo doped WO3 thin films, Superconductors (Y-B-C-O Bi-Sr-Ca-Cu-O, Sr-Cu-O etc Topological insulator (Bi2Se3), Weyl and Dirac semimetals (SrSi2, SrGe2) etcEpitaxy of perovskite SrSnO3 and anti-perovskite Sr3SnO on Si for transparent conductors

MODERATOR

DR. MD. NURUL KABIR BHUIYAN

VISION

To initiate experimental Condensed Matter Physics research at AIUB with aims to produce qualified and competent graduates with hands-on training. These activities will be a foundation for future research initiatives in both basic and applied research.

MISSION

Dedication to basic and applied research in experimental Physics

MEMBER(S)

DR. MD. NURUL KABIR BHUIYAN
DR. MD. NURUL KABIR BHUIYAN
DR. REZAUL K. SIDDIQUE
DR. REZAUL K. SIDDIQUE
DR. MD. MOZAHAR ALI
DR. MD. MOZAHAR ALI
TUSAR SAHA
TUSAR SAHA
Magnetization and magnetic behavior of BixLa 1-xFeO3 ferrites

Epitaxial MgO performs a gate dielectric due to its high dielectric constant (κ = 9.8) and large band gap (Eg = 7.3eV). The MgO nanoparticle is ferromagnetic at room temperature and the magnetic phase...

Growth and investigation of high-κ MgO thin films on the glass, metal, Si(001) substrates by a spray pyrolysis process

Epitaxial MgO performs a gate dielectric due to its high dielectric constant (κ = 9.8) and large band gap (Eg = 7.3eV). The MgO nanoparticle is ferromagnetic at room temperature and the magnetic phase...