Phd/MSc and BS admission

Phd/Msc/Bs admission

The Department of Physics at IIT Kanpur is reputed for its high quality academic programme and research in front-line areas of both fundamental and applied importance. The Department has at present 52 members in the Faculty assisted by a team of DST-Inspire Faculty Fellows and Postdoctoral Fellows as part of the academic staff. There are over 200 research scholars engaged in doctoral research at present.

BS/MS Programme

The Department participates in the undergraduate Core Courses in the B.Tech. Programme, and BS (4 yr) + MS (1 yr) Programme in Physics (making effective use of the flexibility in the new credit-based undergraduate Programme, with options for minor and double major in different disciplines) which includes basic and engineering sciences, workshop practices, courses on computation as well as   courses   on   humanities   and   social   sciences. The Department has a M.Sc. (2 yr) Programme as well as a Ph.D. Programme with specialization in many major areas of Physics. The Physics Department also offers a unique time-saving M.Sc. - Ph.D. (Dual Degree) Programme for those seeking to take advantage of our M.Sc. training to accelerate their progress in doctoral work. Furthermore, there is a large variety of courses offered by the Physics Faculty that are of interest to a number of Inter-Disciplinary Programmes of the Institute. The Physics Department also participates in the Laser Technology and the Materials Science Programmes of the Institute. 

The Department actively participates in front-line research in several major areas of Physics. The five main broad classes in which these research areas may be classified are: (i) Complex Systems, (ii) Condensed Matter Experiments (including ion beam, plasma and nuclear solid state), (iii) Condensed Matter Theory, (iv) High Energy Physics, and (v) Photonics and Quantum Technologies.

 

PH.D. Programme

The Department of Physics offers many subdisciplines in the Ph.D. programme. The requirements in the various programmes are prescribed to ensure that the scholars acquire enough professional maturity to enable them to deal with a wide range of research problems in their respective fields of specialization.

The  research  interests  of  the  department  include  topics  in  Atomic and Molecular Physics, Plasma Physics, Biological and Statistical Physics, Computational Physics, Dynamical Systems, Turbulence and Non-linear Physics, Fluid Dynamics, Evolutionary Games, , Soft Matter, Active Matter, Particle Physics, Beyond Standard Model phenomenology, QCD, Lattice Gauge Theories, Quantum Field Theory, Astrophysics, Cosmology, String Theory and Quantum Gravity - AdS/CFT  - Hydrodynamics, Biophotonics, Light-Matter Interaction, Photonics of Micro and Nano Structured Materials, Non-linear Optics, Fiber Optics, Quantum Optics, Laser Cooling and Trapping, Experimental and Theoretical Condensed  Matter Physics of strongly correlated electron systems, topological and nanomaterials; magnetism and superconductivity, semiconductor and magnetoelectronic devices, etc; Ion Beams and Nuclear Physics  Techniques, with  a substantial degree of Inter-Disciplinary activity.

Students with good academic record and strong motivation for a career in Physics can apply for admission to the Ph.D. Programme after earning Master’s degree (or the new BS 4-yr degree). The programme combines course work, guided research, independent study and teaching assignments, all designed with a view to making the scholar a professional physicist. The Ph.D course work consists of many pertinent and exciting elective courses that cover the ongoing research areas in the department.

ELECTIVE COURSES

  • Advanced general relativity and black holes
  • Advanced quantum and statistical mechanics
  • Advanced quantum mechanics
  • Advanced statistical mechanics
  • Astrophysics
  • Coherence & quantum entanglement
  • Coherent optics
  • Computational simulation methods in physics
  • Concepts of plasma physics
  • Condensed matter II
  • Condensed matter phenomena in low dimensional materials
  • Cooperative phenomena in classical & quantum systems
  • Correlated electrons and quantum magnetism
  • Cosmology
  • Density functional theory
  • Electronic structure of materials
  • Techniques in Experimental High Energy Physics
  • Gauge theory and renormalization
  • General relativity & cosmology
  • Green nanotechnologies
  • Group theory and its applications to particle physics
  • High energy physics II
  • Introduction group theory & its application to quantum mech.
  • Introduction to astrophysical fluid
  • Introduction to biophotonics
  • Introduction to conformal field theory
  • Introduction to high performance computing and machine learning
  • Introduction to high performance computing for scientists and engineers
  • Introduction to spintronics  
  • Introduction to x-ray neutron scattering
  • Low temperature physics
  • Magnetism in materials
  • Mathematical methods II
  • Measurement techniques
  • Metamaterials & plasmonics
  • Machine Learning in Particle Physics
  • Non-equlibrium statistical mechanics
  • Nonlinear system & dynamics
  • Nuclear techniques in solid state studies
  • Particle physics
  • Photonic devices
  • Physics and technology of thin films
  • Physics of life
  • Physics of natural nano-machines
  • Physics of semiconductor nanostructures
  • Physics of turbulence
  • Principles of lasers and detectors
  • Quantum  electronics
  • Quantum dynamics, information and computation
  • Quantum dynamics: computation & information
  • Quantum field theory
  • Quantum many body physics
  • Quantum optics 
  • Quantum phases in nano-scale system
  • Quantum Technology
  • Review of classical electrodynamics
  • Review of classical mechanics
  • Review of mathematical methods in physics
  • Review of quantum mechanics
  • Review of statistical mechanics
  • Soft matter physics
  • Soft matter: concepts and methods
  • Special & general relativity
  • Special topics in quantum mechanics
  • Stochastic dynamics of cognition
  • Superconductivity and applications
  • The standard model of fundamental physics
  • Theory of random processes and applications
  • Thermal physics at nano-scale
  • Topics in semiconductor
  • Transport in mesoscopic systems
  • Turbulence in space plasmas
  • Type II superconductors vortices & applications
  • High Performance Computing with Applications
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