► Indian Institute of Science,IISc, Banglore, Admissions 2014 Research (Ph D / M Sc (Engg) , Course (ME/ M Tech / M Des/ M Mgt), PhD Integrated and External Registration Programmes

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Indian Institute of Science(IISc), Banglore

Admissions 2014 Research (Ph D / M Sc (Engg) , Course (ME/ M Tech / M Des/ M Mgt), Ph.D(Integrated) and External Registration Programmes

Ph D (Integrated)Programmes

The Institute offers exciting opportunities to motivated and talented Bachelor’s degree holders with a keen sense of scientific enquiry for pursuing advanced research in frontier areas of Biological, Chemical, Physical and Mathematical Sciences leading to a Ph D degree. Experience shows that students entering this program save nearly a year compared to those who go for a 2 years Master's degree program elsewhere and then join the Institute for a Ph D program. Each year, the Institute admits 48 students (15 in Biological Sciences, 15 in Chemical Sciences, 10 to 15 in Physical Sciences and 8 to 15 in Mathematical Sciences) under this program. The program consists of flexible course work, an internship-type laboratory training (wherein ample opportunities exist for the candidate to acquire basic experimental skills and familiarity with advanced techniques for research), a research project to demonstrate attainment of a high degree of scientific ability followed by advanced research leading to a Ph D thesis on a specific topic.

Eligibility

Candidates with a Bachelor’s degree in Biology/ Chemistry/ Physics/ Mathematics/ Pharmacy/ Veterinary Sciences/ Agriculture as applicable to individual discipline, under the 10+2+3/4 system, are eligible to apply to this program. Candidates with BE/ B Tech degree are eligible to apply to the Mathematical Sciences discipline ONLY.

Candidates who seek admission to the Ph D (Integrated) programmes at IISc should qualify in JAM 2014 and submit the online application through JAM website giving IISc as their choice, immediately after the JAM results.
Additional notes
(a) The minimum requirement for admission to the Integrated Ph D program is a FIRST CLASS or equivalent Grade in the Bachelor’s degree (as declared by the University) as indicated against each department.
(b) The minimum requirement of FIRST CLASS in the qualifying examination is relaxed to PASS CLASS for SC/ST candidates.
(c) Some departments have specific requirements of subjects at the Bachelor’s or 10+2 levels. Candidates have to ensure that they meet these requirements.
(d) Those in the final year of their qualifying examination and awaiting results are also eligible to apply. However, they should have completed all the requirements for the award of the qualifying degree, including all examinations, dissertation projects, viva-voce, etc., by the time of joining, i.e., by the 31st of July 2014.

Ph D (Integrated) Programmes – The disciplines, minimum qualifications, areas of research are listed in the table given below. Candidates can choose to apply for up to a maximum of 2 disciplines.
Discipline:
Biological Sciences

Department/Centre/Unit	Basic Qualification	Areas of Research
Biochemistry, Centre for Ecological Sciences, Molecular Reproduction, Development and Genetics, Molecular Biophysics, Microbiology and Cell Biology, and Centre for Neuroscience.	First Class in B Sc or an equivalent degree in Physical, Chemical or Biological Sciences (including Pharmaceutical, Veterinary Sciences and Agricultural Sciences).	Biomembranes - Physical and Physiological Studies; Structure-Function of Nucleic Acids; Gene Structure and Function in Prokaryotes and Eukaryotes; Microbial and Human Genetics; Recombinant DNA Technology; Molecular Virology and Mechanisms of Disease Processes; Enzymology, Protein Chemistry and Engineering; Cellular and Applied Immunology; Molecular Endocrinology and Reproductive Biology; Conformation of Biomolecules and Biopolymers; Protein and Virus Crystallography; Structural Biology; Mathematical Ecology; Human Ecology; Behaviour and Sociobiology; Conservation Ecology; Plant Molecular Biology and Development, Imprinting, Molecular Oncology, Cell Biology. Neurobiology of diseases, Nervous System Development, Stem Cell Biology, Cognitive Neuroscience and Computation in visual and motor systems.

Chemical Sciences

Department/Centre/Unit	Basic Qualification	Areas of Research
Organic Chemistry, Inorganic and Physical Chemistry, Solid State and Structural Chemistry Unit and Materials Research Centre.	First Class in B Sc or an equivalent degree with Chemistry as one of the main subjects with Mathematics at the PUC or Plus 2 level.	Ultrafast Chemical Dynamics; Theoretical Chemistry; Surface Chemistry and Catalysis; Chemical Kinetics; Solid State Materials Chemistry; Amorphous Materials; Ceramics, Super-Conductors; Synthetic Organic, Physical Organic and Organometallic Chemistry; Chemistry of Transition and Non-Transition Metals; Bioinorganic Chemistry; Bioorganic Chemistry, Chemical Biology; Biomaterials and Biological Proceses at Materials Interface; Supermolecular Chemistry; Chemistry of Polymers; Electrochemistry: Principles, Electrochemical Energy Storage and Generation, Electrochemical Devices; Molecular and Van der Walls Spectroscopy; Development of NMR Methodologies and Applications.

Physical Sciences

Department/Centre/Unit	Basic Qualification	Areas of Research
Physics and Centre for High Energy Physics.	First Class in B Sc or an equivalent degree with Physics as one of the main subjects.	(A) Experimental Studies: (I) Condensed Matter Physics (Ii) Atomic, Molecular and Optical Physics, and (Iii) X-Ray Crystallography of Bio-Molecular Structures. Specific Areas Include: Raman and Other Spectroscopies; Fast Ionic Conductivity; Manipulation of Matter By Light, Laser Cooling and Trapping of Atoms, Ion Trapping, Precision Laser Spectroscopy; Magnetism, Spintronics, Magnetic Thin Films, Magnetotransport; Quantum Transport in Low-Dimensional and Disordered Materials, The Metal-Insulator Transition; Magnetic Resonance Phenomena; NMR Spectroscopy; Nanoscience and Nanomaterials; Superconductivity in Bulk as well as Thin Films; Semiconductors; Ferroelectricity, Crystal Growth Studies, Nonlinear Optical Materials, Multiferroics; Phase Transition Studies, High Pressure and Low Temperature Studies, Study of Low Dimensional Materials, Amorphous Materials, Novel Glasses and Nanocomposites; Soft Condensed Matter: Colloids, Surfactants and Biological Material;

Department	Basic Qualification	Areas of Research
Continued…		Peptide and Protein Crystallography, Complexation Studies and Drug-Nucleic Acid Interactions, Molecular Modeling, Database Analysis; Polymer Physics, Surface X-Ray Scattering, Surface Phase Transitions. (B)Theoretical Studies On a Variety of Aspects of Condensed Matter Physics, in Particular: Strongly Correlated Systems, Quantum Many-Body Theory and Magnetism, Exotic Order and Quantum Criticality; Phase Transitions, Equilibrium and Non-Equilibrium Statistical Physics; Disordered and Amorphous Systems, The Glass Transition, Neural Networks; Spatiotemporal Chaos and Turbulence in Fluids, Plasmas and Cardiac Tissue; Soft Condensed Matter: Colloids, Surfactants, Membranes, Liquid Crystals, Vortex Lattices; Biological Physics: The Mechanics of Living Matter; Molecular Modeling of Soft and Bio-Materials. (C) High Energy Physics: Quantum Field Theory, The Standard Model of Particle Physics and Beyond, Physics of and At High Energy Particle Colliders, Field Theory in Non-Commutative Space Time, Quantum Computation, Applications of Quantum Field Theory To Condensed Matter Systems, String Theory. (D) Theoretical Astrophysics: Cosmology, Dark Energy. Physics Around Black Holes, Nuclear Astrophysics, Galactic Astronomy, Interstellar Matter. Plasma Astrophysics, Solar Physics.

Mathematical Sciences

Department	Basic Qualification	Areas of Research
Mathematics	First Class in B Sc or equivalent degree with Mathematics as one of the subjects or BE/ B Tech or equivalent degree.	Numerical Analysis, Partial Differential Equations, Controllability, Nonlinear Dynamics and Chaos, Probability Theory, Random Matrix Theory and Random Analytic Functions, Applied Probability and Stochastic Processes, Stochastic Control, Stochastic Dynamic Games, Stochastic Geometry, Interacting Particle Systems,, Time Series Analysis with Applications to Neuroscience, Mathematical Finance, Functional Analysis, Harmonic Analysis, Several Complex Variables, Operator Theory, Algebraic Topology, Geometric Topology, Combinatorial Topology, Commutative Algebra, Algebraic Geometry, Differential Geometry, Representation Theory, Non-commutative Geometry, Combinatorics, Mathematical Physics, Experimental Mathematics, Modular Forms, Analytic Number Theory.

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