INFRASTRUCTURE
The infrastructure of the CSAR offers accessible resources, including equipment, services, technical support, and scientific guidance, to facilitate high-quality research across various research domains. CSAR has divided its infrastructure predominantly focusing on research areas pertaining to Biomedical, Environment, Agriculture, and Manufacturing (BEAM).
Advanced Biomedical Research Laboratory
The laboratory is committed to unraveling the complexities of human health and diseases with the help of well-furnished molecular, biosafety, and chemical facilities. It is a multidisciplinary laboratory that works on the interface of chemical and biological studies. The primary focus of the laboratory is on the development of novel drugs designed for the precise diagnosis and treatment of specific diseases for tangible advancements in patient care.
Chemical Design, Synthesis and Catalysis Laboratory
The focus of the laboratory is to design and synthesis of novel chemical compounds and explore their applications. The laboratory intends to push the boundaries of chemical design, exploring inventive synthesis pathways, and harnessing the power of catalysis. The laboratory is well equipped with the advanced facilities for performing synthetic chemistry experiments. The laboratory also focuses on designing novel bioactive fluorescent molecules, which have a potential for utilization in biological purposes.
Multifunctional Materials Synthesis and Devices Laboratory
The laboratory focuses on the convergence of materials science and device innovation. With an emphasis on synthesizing versatile materials possessing multifunctional properties, along with the development of advanced devices that exploit these unique characteristics, this interdisciplinary approach spans materials engineering, physics, and device fabrication. The goal is to unlock new dimensions of functionality and applications.
Optical Imaging and Spectroscopy Laboratory
Photonic approaches serve as powerful means for scientific exploration owing to their innate ability to assess certain biological, chemical, and physical properties. The laboratory focuses on designing, developing, and refining innovative optical methods to visualize and analyze optical phenomena during chemical and biological processes. Additionally, the laboratory endeavors to delve into the molecular composition of substances uncovering details that contribute to a deeper understanding of materials using spectroscopic techniques, such as Raman, Absorption, Emission, ultrafast, and non-linear optical spectroscopy.
Plasma Research and Diagnostics Laboratory
Research in plasma physics focuses on developing, and transferring plasma-based technologies to industries, enabling technology commercialization, including DC, RF, and Microwave discharges. The group is actively involved in nuclear fusion research where world-leading experts are working towards the development and diagnostics of negative ion sources for neutral beam plasma heating. This laboratory is well-equipped with modern facilities for plasma production and diagnostics including electrical, optical, and microwave.
Theory and Simulation Laboratory
Advanced theoretical models and cutting-edge simulations provide valuable insights that contribute to advancements in physics, chemistry, biology, and materials science. The laboratory intends to develop and refine theoretical frameworks to replicate and explore the dynamics of diverse systems using Fluid Dynamics, Particle in-cell, Monte-Carlo, and Density functional theory-based protocols. A DST-SERB funded dedicated high-end computational facility with in-house developed and commercial codes where researchers are engaged in particle and fluid-based simulation in collaboration with national and international groups.
Agriculture Plant Biology Laboratory
The laboratory is at the forefront of agricultural innovation, with a primary focus on enhancing seed, soil and crop quality. This laboratory is well equipped with sophisticated scientific facilities for developing cutting-edge biofertilizers, driving a sustainable revolution in agriculture. Our research goes beyond cultivation, striving to amplify the nutraceutical potential of traditional crops. This enables us to isolate high-value bioactive compounds for pharmaceutical applications, advancing both human health and industry standards. Additionally, we also aim to use photosynthetic organisms in bioremediation, employing novel strategies to combat organic pollutants and promote environmental sustainability.
