Material Science and Molecular Photonics

Nanomaterials and nanotechnology encompass the exciting and rapidly evolving field of manipulating matter at the nanoscale level. Nanotechnology focuses on the design, synthesis, characterization, and application of nanomaterials. It involves working with nanoscale structures, devices, and systems to create innovative solutions across a wide range of fields, including electronics, medicine, energy, environmental science, and advanced manufacturing. The research area holds immense promise for revolutionizing diverse industries by enabling the development of advanced materials, high-performance electronics, targeted therapeutics, efficient energy systems, and sensitive sensors, among others. Researchers and scientists in this field strive to unlock the potential of nanotechnology to address pressing global challenges and improve our quality of life.

INTEREST(S)

Green synthesis of metal Nano Particles (MNPs) Photocatalytic activities of MNPsAntibacterial activitiesSoldering alloysNano-spinel ferritesNonlinear Optical propertiesMetal homoleptic complexesCW Z-scan Organic high Tc superconductorsSuperionic conductors Time -resolve measurements using Laser

MODERATOR

DR. FARZANA SABETH

VISION

Our vision is to develop innovative, inclusive, and effective research environment for our students and to be the preeminent Faculty of Science and Technology through creating recognized professionals who will provide innovative solutions by leveraging contemporary research methods and development techniques of computing that is in line with the national and global context.

MISSION

The mission of the Material Science and Molecular Photonics domain is to educate students in a student-centric dynamic learning environment; to provide advanced facilities for conducting innovative research and development to meet the challenges of the modern era of computing, and to motivate them towards a life-long learning process

MEMBER(S)

DR. FARZANA SABETH
DR. FARZANA SABETH
BITHI PAUL
BITHI PAUL
ANGKITA MISTRY TAMA
ANGKITA MISTRY TAMA
SALMA BEGOM
SALMA BEGOM
DR. SARFUDDIN AHMED TAREK
DR. SARFUDDIN AHMED TAREK
DR. SHOVAN KUMAR KUNDU
DR. SHOVAN KUMAR KUNDU
ISRAT KABIR
ISRAT KABIR
DR. NUSRAT JAHAN
DR. NUSRAT JAHAN
DR. MD. MOZAHAR ALI
DR. MD. MOZAHAR ALI
DR. MAHJABIN TASKIN
DR. MAHJABIN TASKIN
The Study of Photocatalytic, Antibacterial and Electrical properties of GREEN synthesized metal nano particles.

Metallic nanoparticles (MNPs) will be synthesized using different plant extracts. The size dependence of the MNPs with different plant extracts will be studied. Also, the photocatalytic and antimicrob...

Effect of Bi addition on mechanical properties of Sn-9Zn-1Sb soldering alloys

Sn-Zn based alloys are considered as a good candidate for the replacement of traditional Pb-containing solder alloy and the alloys containing one or more additional metal are being used as alternating...

Nonlinear optical characterization of some transition metal homoleptic complexes using CW Z-scan technique

Homoleptic complexes of common transition metals like Fe, Ni, Cd ect. will be synthesized by mixing their halide salts with amino acid solutions at a specific stoichiometric ratio. Their electronic an...

Synthesize and investigation of the structural, electronic, and mechanical properties of trivalent Al3 _ doped Ni-Zn-Co (0.25 x  0.5) nano-spinel ferrites.

Try to fabricate the nano ferrite structures for all the compositions by using the through sol-gel technique. After fabrication we will study the structural, electronic, and mechanical properties of t...

Effect of Bi addition on mechanical properties of Sn-9Zn-1Sb soldering alloys.

Sn-Zn based alloys are considered as a good candidate for the replacement of traditional Pb-containing solder alloy and the alloys containing one or more additional metal are being used as alternating...

Nonlinear optical characterization of some metal nanoparticles (Nps) and nanocomposites (NC) using CW Z-scan technique

This project aims to synthesize metal nanoparticles using an environmentally friendly solvent extraction method. These nanoparticles exhibit potential applications in photocatalysis, antimicrobial age...

Synthesize and investigation of the structural, electronic, and mechanical properties of trivalent Al3 _ doped Ni-Zn-Co (0.25 x  0.5) nano-spinel ferrites

We will fabricate the nano ferrite structures for all the compositions by using the sol-gel technique. After fabrication, we will study the structural, electronic, and mechanical properties of these f...