The Centre for Organic Spintronics and Optoelectronics Devices (COSOD) was set up as an interdisciplinary research platform by Faculty of Science, Kazi Nazrul University. In our proposed Centre, we thrust for integration of research activities through interdisciplinary knowledge, training etc., which might prepare a workforce undertaking scientific challenges in innovative ways.

Field of Spintronics and Photonics, nowadays, has become a matter of intense research interest, collectively or independently, owing to the severe need of sophisticated and effective information processing. In this direction, the major thrust area of research is the development of Novel Spin-Controlled Organic Optoelectronic devices. There are several advantages of organic semiconductor over inorganic semiconductor : (a) light weight; (b) low cost; (c) mechanical flexibility and deposition over large substrate; (d) ease of production and chemical modification; (e) chemically interactive bottom-up fabricated electronics; (f) Organic based devices are more Energy Efficient and Eco friendly. Such devices can be easily integrated into various systems, such as flexible, wearable or portable electronics.

As a new and emerging University, Kazi Nazrul University has the potential of becoming a site of advanced research in this domain of sciences; and the proposed initiative is a step in that direction. We aim to set-up Foreign and National Collaboration in the proposed direction of research for effective Technology Transfer. We also aim to bring the Engineering Faculty in the contour of this Centre.


  • To set up an Inter-disciplinary Research Collective.
  • To design and fabricate Organic Semiconductor based Spintronics Devices, which includes :
  • Giant Magnetoresistance (GMR) Read Head of Hard Disk Drive for Computer.
  • Magnetic Tunnel Junction for Magnetic Random Access Memory (MRAM) Applications.
  • Designing and fabrication of Organic Semiconductor based Optoelectronics Devices, which includes :

    Organic Photodetector

  • Designing and Fabrication of high-performance Magnetic Organic Photodetector, combining both the photodetector and spin valve characteristics in a single device, which might lead to the creation of new Spin-based Optoelectronic Devices.
  • Simulation of Organic based Spintronics and Optoelectronics Devices.
  • Design materials for solar cell applications.
  • Development of Graphene-based Spintronics and Optoelectronics Devices for Tera Hertz Application.
  • To develop a new branch, namely Organic Opto-Spintronics Devices.
  • To build global networks with a view to connect with latest advancement and research in these fields.
  • To materialize intersections between Science, Engineering and the Industry.


Prof. J. N. Roy (Professor, Department of Physics, KNU)


Dr. Puja Dey (Associate Professor, Department of Physics, KNU)


  1. Prof. Santanu Kumar Ghosh (Professor, Department of Mathematics, KNU).
  2. Dr. Rajat Saha (Assistant Professor, Department of Chemistry, KNU).
  3. Dr. Kousik Mukherjee (Assistant Professor, Department of Physics, (P. G. & U. G.) B. B. College, Asansol).
  4. Mr. Apurba Pal (DST INSPIRE Research Scholar, Department of Physics, KNU).

Activities Till Date

  1. Installation of Equipments (02) along with essential electrical components is presently being going on.
  2. Collaboration has been done with Prof. (Dr.) S. M. Yusuf, BARC, Mumbai – a project from the Centre is going to be submitted soon to BRNS, India.
  3. One project to W. B. DST has already been submitted.
  4. Four Research papers are going to be submitted soon to International Journals from the Centre.