Dr. R Geetha Balakrishna
Director & Professor
Photo and Electrocatalysis
P: +91 80 2757 7212
E: [email protected]
Group Website »
Research interest: Her research aims to utilize the under exploited “sunlight and knowledge of photochemistry” to find long term solutions for energy and environment crisis. Photochemistry can be a possible solution to sustained energy and environment.
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Dr. S K Nataraj
Professor
Sustainable Energy Materials and
Processes
P :+91 84 6957 9774
E: [email protected]
Research interest: Our research focus has been to find sustainable alternative energy sources available at point-of-use that would minimize cost and risks involving production and transportation. In this direction, we use directly or extract or convert abandoned or discarded natural resources as energy material or source and separation media. Further, as developed sustainable materials are being used in energy and environmental applications like Forward Osmosis, Membrane Separation Process like RO, NF, and UF for Wastewater Treatment, Fuel Cells and Energy Storage devices.
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Dr. Siddappa A Patil
Professor
Nanocatalysis and Drug Molecules
P :+91 80 2750 6270
E: [email protected]
Research interest:Medicinal chemistry is the application of chemical research techniques to the synthesis of novel drugs based on an understanding of how they work at the molecular level. Medicinal chemists design and synthesize new bioactive compounds, aiming at the optimal balance of biological activity and physico-chemical properties, working in close collaboration with biology, molecular modeling and screening technologies. Several thousand new molecules need to be created, characterized and tested within a drug discovery project.
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Dr. Chandra Sekhar Rout
Professor
Advanced Functional Materials
Laboratory
P:+91 0807577200
E: [email protected]
Research interest: Ongoing research activities in our laboratory is devoted to design and fabricate novel advanced two-dimensional functional and energy materials. We are actively involved in the applications of these materials for energy storage and micro-supercapacitors, chemical and biosensors and electronic devices. To corroborate our experimental observations, we employ fundamental properties and theoretical simulations by investigating the interactions and charge transfer processes involved in the hybrid materials.
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Dr. Bhari Mallanna Nagaraja
Professor
Heterogeneous Catalysis
P: +91 80 2750 6270
E: [email protected]
Research interest: Heterogeneous Catalysis, Hydrogenation / Dehydrogenation Reactions, Coupling reactions (Hydrogenation & Dehydrogenation), Preparation of Mesoporous Nano Materials, Materials Science and Surface Science, H2 production & Energy Technology , New Materials and Sustainable Processing of Natural Resources, Green Processes Development for Fine Chemicals Synthesis.
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Dr. Shajesh Palantavida
Professor
P: +91 8027506270
Research interest: Nano probes for
Bio-imaging, Nano photonics, Nanosensors, Functional surfaces and membranes.
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Dr. Rangappa S Keri
Professor
Organic and Medicinal Chemistry
P :+91 80 2757 7199
E: [email protected]
Research interest: Synthetic Organic Chemistry/Bio-Organic, Discovery of New Methodologies, Development of new drugs including acetyl acetylcholinesterase (AChE) inhibitors (Alzheimer drug), anti-cancerous, neuroprotective agents and anti-virals by organic synthesis, Development of metaloorgano-catalyzed enantioselective methods for the synthesis of heterocyclic scaffolds and their potential application in medicinal chemistry and material science, Molecular simulation/ Molecular docking.
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Dr. Srinivasa Budagumpi
Associate Professor
Carbene Chemistry
P :+91 80 2750 6270
E: [email protected]
Research interest:Transition metals complexes of N-heterocyclic carbene (NHC) ligands have been become increasingly important candidates as catalysts, metal-based drugs and as fluorescent materials. NHCs can beprepared by deprotonation of an acidic proton from an N-heterocyclic system such as a benzimidazolium or an imidazolium ion.
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Dr. Mahesh S Padaki
Associate Professor
Membrane Tech
E: [email protected]
Research Interest:
Nanomaterial’s and membrane technologies for more efficient production of clean water and renewable energy and for effective protection of human health and the environment, all keys to a more sustainable future.
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Dr. Akshaya K. Samal
Professor
Anisotropic Nanomaterial Lab
Ph: 91 8027506270 / 9777056086
E: [email protected]
[email protected]
Group Website »
Research Interest: Anisotropic nanomaterials, nanoparticles for catalysis, shape dependent chemistry, reactivity at different surface planes and nanomaterials for sensors.
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Dr. Shubhankar Kumar Bose
Associate Professor
Organometallics
Ph: 91 80 2750 6270
E: [email protected]
Research Interest:The main objective of our research is the development of new transition metal-catalyzed reactions for the formation of C-B (organoboranes) and C-X (X = heteroatoms) bonds, using non-precious metal as a catalyst. Also, synthesis of series of metal boryl complexes with controlled variations of the steric and electronic at the metal Centre by suitable modification of the ligand ancillary. This would allow the preparation of LM-boryls which could then be used to study their reactions towards various organic transformations.
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Dr. Pramoda Kumar Nayak
Associate Professor
Two-dimensional Quantum
Materials Laboratory
Ph: 91 8149410198, 8328964969
E: [email protected]
Research Interest: Light-matter interaction in 2D systems. Van der Waals Heterostructures, CVD Growth of 2D quantum materials, Twistronics, Optoelectronics Devices, Salinity gradient energy (Blue Energy), Membrane technology, Ion Transport through 2D Membrane, Water desalination.
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Dr. Ramesh B. Dateer
Associate Professor (Ramanujan Fellow)
Catalysis and Organic Synthesis
Ph: 91 8027506270
E: [email protected]
Research Interest: Our group is interested to develop new and novel organic transformations. The research strategies in our laboratory is envisaged with the following objectives: a) to use a commercially available and air stable reagents b) to employ catalytic amount of transition-metal and ligands in the reaction c) to develop a directing group assisted CH activation/functionalization’s reactions d) to create a new molecular entities with the wide substrate scope e) to enhance the overall efficiency of the reaction f) to incorporate multi reactive functionalities in the products and utilize it for further complex synthesis, and g) to study the mechanistic understanding of the reaction.
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Dr. Manav Saxena
Associate Professor
Low Dimensional Materials
E: [email protected]
Research Interest: Our group is focusing on solving basic challenges and technology development with basic scientific research. Interested area of our research is multi-modal bio-imaging probe, simulators for crops, materials for environment and synthesis of new low dimensional nano materials and their fruitful applications.
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Dr. Arvind H. Jadhav
Associate Professor
Green and Sustainable Catalysis
Ph: 91 +91 85303 00863
E: [email protected]
Research Interest: - We are “Ionic Liquids” (ILs) and “Heterogeneous Catalysis” research group in the “Centre for Nano Material and Sciences (CNMS)”, at the “Jain University” Global Campus, Bangalore.
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Dr. Ahipa T N
Associate Professor
Organoelectronics
Ph: +91 94801 70854
E: [email protected]
Research Interest:
Research interest includes synthetic organic chemistry, luminescent materials, liquid crystals, and conducting polymers for solar cells.
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Dr. Debasis Ghosh
Assistant Professor
Photo and Electrocatalysis
Ph: 91 80 2750 6270
E: [email protected]
Research Interest: We are involved in cutting edge functional nanomaterials and nanocomposites research in the field of electrochemical energy storage and conversion. Specifically, we deal with nano composites based on carbonaceous nanomaterials, (e.g. graphene, carbon nanotube, etc.), conducting polymers (e.g. polyaniline. polypyrrole, etc.), inorganic metal oxides, transition metal dichalcogenides, etc. to fabricate high-performance electrodes for supercapacitors, rechargeable batteries, and hybrid supercapacitors. We aim to design flexible electrodes and novel ion gel electrolyte to fabricate flexible energy storage devise for portable and flexible electronics.
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Dr. M. Sakar
Assistant Professor
Applied Nanomaterials Lab
E: [email protected]
Research Interest: Our research focuses on the development of nanoscale materials for energy and environmental applications. This specifically involves the photocatalysis process, where we develop photocatalytic systems to degrade multi-pollutants, water splitting, N2 fixation, heavy metal reductions. We also involve in developing photocatalytic-membranes for the simultaneous water decontamination and filtration. To achieve such goals, we work on variety of materials such as metal oxides, metal oxynitrides, perovskites, ferroelectric materials, plasmonic materials, carbon based materials, metal-organic frameworks.
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Dr. Dibyendu Mondal
Assistant Professor
Sustainable Energy Materials and
Processes
Ph: 91 82388 26815
E: [email protected]
Research Interest: The specific research interest of our group includes biomass conversion to biomaterials, utilization of unconventional energy resources for energy efficient process design by forward osmosis; dissolution and processing of biomacromolecules using synthetic and bio-based ionic liquids /deep eutectic solvents; and tailor made electrode design for electroanalytical and electrochemical energy storage studies.
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Dr. Indrajit Maity
Assistant Professor
Reaction Networks and Soft Materials
(RNSM) Research Group
E: [email protected]
Research Interest: In the context of systems biology, most of the biological events are the results of complex chemical reaction networks, and they are mainly regulated via two antagonistic feedback mechanisms: positive feedback and negative feedback. Living systems operate under out-of-equilibrium.
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Dr. K. Pramoda
Group leader and Assistant Professor
Ph: 91 93808 41176
E: [email protected]
Research Interest: Research interests includes two-dimensional materials, 2D/2D and mixed dimensional heterostructures for energy storage and conversion applications. Ongoing research activities in our laboratory is devoted to covalent cross-linking and electrostatic restacking of catalytically active 2D materials such as graphene, MoS2, C3N4 and borocarbonitrides as a strategies to generate efficient heterostructures for electrocatalytic/photocatalytic hydrogen evolution reaction activity. Typical 2D/2D hetrostructures we reported from our group are graphene–MoS2, C3N4–MoS2, borocarbonitride–MoS2, and phosphorene–MoS2.
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Dr. Gurunatha Kargal Laxminarayana
Assistant Professor
Plasmonic & Thermochromic Materials
E: [email protected]
Research Interest: The research in our group is mainly focused on studying light-matter interaction through plasmonic and thermochromic materials. By taking inspiration from natural materials on how they interact and modulate light, we develop bio-inspired functional nanomaterials and their composites specifically for Catalysis, Single molecule bio-sensing and sustainable energy saving architectures such as smart window coatings and self-adaptive radiative cooling devices.
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Dr. Manoj V. Mane
Assistant Professor
Computational Molecular Modeling
Ph: 91 83085 30407
E: [email protected]
Research Interest: Small Molecule activation, Enantioselective Catalysis, Metallaphotoredox Catalysis and Ligand Design and Catalysis
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Dr. Suman Kalyan Sahoo
Assistant Professor
Computational Materials
Chemistry Laboratory
Ph: +91 95827 91156
E: [email protected]
Research Interest: Performing computational and theoretical research (mainly density functional theory calculation) at CNMS with a broad range of interests in materials properties and studies on Heterogeneous Catalysts for Energy and Environmental Applications.
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Dr. Shwetharani R
Assistant Professor
Ph: +91 80 2750 6270
E: [email protected]
Research Interest: Nanoscience and nanotechnology is an incredibly broad and interdisciplinary area of research that has been burgeoning worldwide in the past few years. Global energy crises and environmental pollution are the two major problems of current world. The decline of fossil fuel reserve such as coal, petroleum oil and natural gas will give rise to volatility in fuel prices as well as its supply, thus resulting in economy instability. Photovoltaic cells (solar cells), which convert solar energy into electrical energy, represent one of the promising renewable energy technologies that can solve the future energy crisis and the conversion of solar energy to hydrogen by means of water splitting process using photocatalyst is another most interesting way to achieve clean and renewable energy systems.
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Dr. Chandan H R
Assistant Professor
Ph: +91 80 2750 6270
E: [email protected]
Research Interest: Nanotechnology paved a for rapid development of various field of chemistry, physics etc. colloidal semiconductor nanocrystals also known as ‘Quantum dots’ have gained an enormous interest due to some of its unique properties. They have reported for the usage in various fields includes detection, biosensors and photovoltaics. Photovoltaics (solar cells) has gained huge attention due possible energy problem in near future. Hence, our interest lies in the synthesis of QDs and fabrication of material for better efficiency.
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