Programme Details
- Programme Code
- PG0481
- Level
- Postgraduate
- Programme Type
- DEGREE
- Delivery Mode
- F2F
- Specialization
- Physics
- Duration
- 2 yrs
- Minimum Duration (months)
- 24.00
- Maximum Duration (months)
- 48.00
- Credit Scheme
- CREDIT
- Total Credits
- 80
- Exam Scheme
- S
- Term Type
- SEMESTER
- Total Terms
- 4
- Year of Start
- 2013
- Lateral Entry
- Not Allowed
- Interim Exit
- Not Allowed
- Fee Mode
- S
- Course Fee Applicable
- NO
- Qualification Applicable
- Yes
- Programme Status
- ACTIVE
Courses in this Programme
Mathematical PhysicsSemester 1 · 4 creditsComputational Physics and ProgrammingSemester 1 · 3 creditsQuantum Mechanics-ISemester 1 · 3 creditsSemiconductor Devices, Integrated Circuits and CommunicationsSemester 1 · 3 creditsElectronics LaboratorySemester 1 · 4 creditsComputational Physics and Programming LaboratorySemester 1 · 2 creditsGeneral Physics & Optics LaboratorySemester 1 · 4 creditsClassical Electrodynamics and Plasma PhysicsSemester 2 · 4 creditsAtomic, Molecular Physics and LasersSemester 2 · 3 creditsElements of Solid State PhysicsSemester 2 · 3 creditsElements of Nuclear PhysicsSemester 2 · 3 creditsElectronics LaboratorySemester 2 · 4 creditsGeneral Physics & Optics LaboratorySemester 2 · 4 creditsComputational Physics and Programming LaboratorySemester 2 · 2 creditsStatistical Mechanics- ISemester 3 · 3 creditsQuantum Mechanics- IISemester 3 · 3 creditsScience and Technology of Solar Energy, Hydrogen Energy and Other Renewable Energies (2012)Semester 3 · 3 creditsNuclear Physics LaboratorySemester 3 · 6 creditsBiophysics LaboratorySemester 3 · 6 creditsBiophysicsSemester 3 · 3 creditsAnalog Communication SystemsSemester 3 · 3 creditsNuclear Physics Interactions and ModelsSemester 3 · 3 creditsVibrational and Rotational Molecular Spectroscopy (2012)Semester 3 · 3 creditsSolid State Physics : Crystallography any Imperfections in Crystals (2012)Semester 3 · 3 creditsSolar and AstrophysicsSemester 3 · 3 creditsLasers and Laser ApplicationsSemester 3 · 3 creditsMethods in Theoretical PhysicsSemester 3 · 3 creditsCharacterization of solidsSemester 3 · 3 creditsMolecular BiophysicsSemester 3 · 3 creditsInstrumentation in Nuclear And Particle PhysicsSemester 3 · 3 creditsElectronics LaboratorySemester 3 · 6 creditsSpectroscopy LaboratorySemester 3 · 6 creditsSolid State Physics LaboratorySemester 3 · 6 creditsSpace Physics LaboratorySemester 3 · 6 creditsStatistical Mechanics -IISemester 4 · 3 creditsProject and DissertationSemester 4 · 2 creditsElectronics LaboratorySemester 4 · 6 creditsNuclear Physics LaboratorySemester 4 · 6 creditsSpectroscopy LaboratorySemester 4 · 6 creditsSolid State Physics LaboratorySemester 4 · 6 creditsBiophysics LaboratorySemester 4 · 6 creditsSpace Physics LaboratorySemester 4 · 6 creditsDigital Communication SystemsSemester 4 · 4 creditsParticle PhysicsSemester 4 · 4 creditsMolecular Orbital Theory and Electronic Spectra of MoleculesSemester 4 · 4 creditsSolid State Physics: Special Solids, Surfaces and PropertiesSemester 4 · 4 creditsMethods and Techniques to Study Biological SystemsSemester 4 · 4 creditsAtmospheric PhysicsSemester 4 · 4 creditsMicroprocessors and InterfacingSemester 4 · 4 creditsWeak Interaction & Electroweak UnificationSemester 4 · 4 creditsPrinciples and Instrumentation in Conventional and Laser SpectroscopySemester 4 · 4 creditsSolid State Physics: Many Particle SystemsSemester 4 · 4 creditsTheoretical Modelling of Biological SystemsSemester 4 · 4 creditsInstrumentation for Space Physics and AstrophysicsSemester 4 · 4 creditsExperimental Techniques & Instrumentation in Atomic, Molecular & Optical PhysicsSemester 4 · 3 creditsNano Science and TechnologySemester 4 · 3 creditsPhysics of Electronic materials & DevicesSemester 4 · 3 creditsSatellite Communication and Remote SensingSemester 4 · 3 creditsQuantum Field Theory: Path Integral ApproachSemester 4 · 3 creditsComputational PhysicsSemester 4 · 3 credits