School of Basic Sciences


The school is actively involved in academic/sponsored research and industrial consultancy work.

Research Highlights

Carnot Heat Efficiency

According to the second law of thermodynamics no heat engine can have an efficiency larger than Carnot’s efficiency. The latter can be achieved by the Carnot ..

Read more »

Iteration of Translated tangent

Iteration of a meromorphic function with a single essential singularity is very rich as a dynamical system. We consider the map T_λ: z → λ + tan z on the complex plane..

Read more »

Measurement of CP asymmetry in the D0 to K0S K0S decay at Belle

Although Big Bang should have created equal amounts of matter and antimatter in the early universe, what we see around us is made almost entirely of matter. This leads to the inference that something must have happened to..

Read more »
We study black holes, tunneling in AdS, entanglement entropy, topological insulators and AdS/CFT correspondence. Precise measurement of charge-conjugation-parity (CP) violation in B-meson decays are performed. In the photonics and plasmonics laboratory, we design, fabricate and characterize optical devices based on plasmonics and utilize fiber optics to develop micro- and nano-structured devices. We study the interactions of charged particles with biomolecules, clusters, aromatic hydrocarbon etc., quantum interference of diatomic molecules and nanostructure formation on materials by ions in the accelerator-based physics laboratory. The condensed matter theory group studies the phase coherent transport in mesoscopic electronic systems. In the magnetic materials laboratory, we work with the materials with unconventional magnetic and electronic properties. We are also involved in the study of nano-structure materials and energy storage devices, molecular dynamics simulations, quantum transport and quantum biology.


We are involved in design and development of metal complexes towards catalysis and anti-cancer drugs, functionalization of nanoparticles and nanoparticles based biosensors. We perform research in the areas of coordination chemistry, magnetic materials and magnetostructural correlation and bio-inspired coordination chemistry. Major ongoing program is in “Catalysis for Fine Chemicals” within the platform of sustainable and green chemistry. We also study chemistry beyond the molecules through molecular recognition, with the knowledge of non-covalent interactions, for the synthesis of exotic organic and organic-inorganic hybrid materials. We use classical molecular dynamics simulation to study the structure and dynamical properties of the hydrogen bonding system.

The main focus of research in mathematical analysis is on variational inequalities and complementarity problems, complex dynamics and fractals. Research is being carried out in combinatorial matrix theory, graph theory, generalized inverses of matrices, optimization theory, geometric programming and queueing theory.  Some of us are actively engaged in computational areas of research such as computational fluid dynamics, stochastic modeling and simulation, computational applied probability models, numerical methods, soft computing and artificial neural networks.

The research work in biosciences is focused on G-protein coupled receptor biology, peptide/protein design and engineering, molecular modeling, computational biology, the structure-function studies of various proteins of eye lenses, leprosy, tuberculosis and mechanism and regulation of a class of enzyme ATPases involved in various biological pathways and human diseases.

Research Projects

Some of the major sponsored research projects of the school are as follows.

S.N. Title of Project Sponsoring Agency Name
1 Development of computational methods for stochastic models with Markovian arrival/service process and their applications DST, New Delhi, India Dr. Abhijit DattaBanik
2 India-CMS collaboration project DAE-DST Dr. S. Bahinipati
3 The Role of Clock ATPase KaiC in the Temporal Control of DNA Replication Vanderbilt International Research Grants Program, Vanderbilt University, USA Dr. Anasuya Roychowdhury
(Jointly with Prof. Carl Johnson)
4 Development of a general synthetic approach directed towards the total synthesis of bioactive iridoid class of terpenoids SERB, DST Dr. Tabrez Khan
5 Influence of osmolytes on the structure, dynamics and hydrogen bond properties of water in aqueous solution and other aqueous binary mixtures at different thermodynamic conditions DST (SERB) Dr. Snehasis Chowdhuri
6 Study on the development of ultra-sensitive optical fiber accelerometer DRDO Dr. Rajan Jha
7 Design, synthesis and biological evaluation of novel FtsZ inhibitors as potential anti tubercular agents DBT, India Dr. Shantanu Pal
8 Intramolecular 1,3-dipolar cycloaddition of nitrile oxides to embellished bicyclo[2.2.2]octenones and its derivatives: studies on the synthesis of isotwistane framework of pupukeananes Prof. G. N. Mahapatra Endowment Award from Utkal University Dr. Shatntanu Pal
9 Role of C-terminal Region of Mycobacterium tuberculosis Hsp16.3 for its Structure, Stability and Chaperon Function - A Biophysical and Site Directed Truncation Study CSIR Dr.Ashis Biswas
10 Omitted values in Complex dynamics DST, Govt of India Dr. TarakantaNayak
11 Development of Transition Metal Functionalized Gold Nanoparticles and Their Potential Applications CSIR Dr. Srikanta Patra
12 Design and Development of heterodimetallic complex of ruthenium iridium and palladium and their chemical and biological aspects SERB Dr. Srikanta Patra
13 Development of Higher order compact scheme to capture Taylor column phenomena in rotating fluids DST T V S Sekhar
14 Validity of Quasi-static Approximation in Magnetohydrodynamic Flows and Heat Transfer - a Numerical Study CSIR T V S Sekhar
15 Synthesis and study of thermoelectric properties of Half-Heusler Alloys with non-trivial topological order BRNS Dr.NiharikaMohapatra
16 Role of A-site cation and disorder on the magneto-dielectric properties of double perovskites, A2BB'O6 DST Dr.NiharikaMohapatra
17 Magnetic Properties of Self-Assembled Bivalent, Trivalent and Mixed-valent [2x2] Transition Metal Grids UGC/DAE-CSR Dr. A. K. Singh
18 Centre of Excellence on Novel Energy Materials (CENEMA) MHRD Prof. Saroj Kumar Nayak
19 Dr S K Dash Centre of Excellence on BioScience, Engineering and Technology (SKBET) and SKBET Chair Dr S K Dash Foundation, USA Prof. Saroj Kumar Nayak
20 CENEMA MHRD Prof. Sujit Roy