
AKG/ D J Griffiths  Quantum Mechanics
AKG/ Useful for Unit IV: Approximate Methods
More..

AKG/Unit IV: Approximate Methods
AKG/Further Notes on The Variational method
More..

AKG/AQM/Unit IV: Approximate Methods/Perturbation theory
AKG/AQM/Unit IV: Approximate Methods/Perturbation theory
More..

AKG/AQM/Unit IV: Approximate Methods
AKG/The Variational method, Estimation of ground state energy
More..

AKG/AQM/ZETTILI BOOK
Unit IV: Approximate Methods
More..

AKG/AQM/Unit IV: Approximate Methods
AKG/The WentzelKramersBrillouin (WKB) method, Validity of the WKB approximation
More..

AKG/AQM/Unit III: Field Quantization
Introduction to quantum field theory, Lagrangian field theory, Euler–Lagrange equations, Hamiltonian formalism, Quantized Lagrangian field theory, Canonical commutation relations, Normal ordering, Fock space
More..

AKG/AQM/
AKG/Quantum Field Theory by F. Mandl & G. Shaw
More..

ADVANCE QUANTUM MECHANICS
AKG/BOOK/AQM/[James_D Bjorken, Sidney D.Drell/RQM
More..

Unit II: Covariance of Dirac Equation
AKG/UnitII/Covariance of Dirac Equation
More..

Unit I: Formulation of Relativistic Quantum Theory
AKG/UnitI/Formulation of Relativistic Quantum Theory
More..

Unit III: Field Quantization
AKG/UnitIII/ntroduction to quantum field theory, Lagrangian field theory
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture18
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture17
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture16
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture15
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture13
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture12
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture11
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitII Lecture10
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture9
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture8
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture7
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture6
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture5
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture4
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture3
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture2
More..

E=Content of Nuclear and Particle Physics (MPM203) UnitI Lecture1
More..

MPM202, UnitII, Lecture8
More..

MPM202, UnitII, Lecture7
More..

MPM202, UnitII, Lecture6
More..

MPM202, UnitII, Lecture5
More..

MPM202, UnitII, Lecture4
More..

MPM202, UnitII, Lecture3
More..

MPM202, UnitII, Lecture2
More..

MPM202, UnitII, Lecture1
More..

MPM202, UnitI, Lecture8
More..

MPM202, UnitI, Lecture7
More..

MPM202, UnitI, Lecture7
More..

MPM202, UnitI, Lecture6
More..

MPM202, UnitI, Lecture5
More..

MPM202, UnitI, Lecture4
More..

MPM202, UnitI, Lecture3
More..

MPM202, UnitI, Lecture3
More..

MPM202, UnitI, Lecture2
More..

MPM202, UnitI, Lecture1
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture33
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture32
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture31
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture30
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture29
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture28
More..

E content of Engineering PhysicsI BPM01 UnitIV Lecture27
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture26
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture25
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture24
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture23
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture22
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture21
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture20
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture19
More..

E content of Engineering PhysicsI BPM01 UnitIII Lecture18
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture17
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture16
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture15
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture14
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture13
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture12
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture11
More..

E content of Engineering PhysicsI BPM01 UnitII Lecture11
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture7
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture6
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture5
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture4
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture3
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture2
More..

E content of Engineering PhysicsI BPM01 UnitI Lecture1
More..

E content of Engineering PhysicsII BPM02 UnitI(ii)
More..

E content of Engineering PhysicsII BPM02 UnitIV(ii)
More..

E content of Engineering PhysicsII BPM02 UnitIV(i)
More..

E content of Engineering PhysicsII BPM02 UnitIII(ii)
More..

E content of Engineering PhysicsII BPM02 UnitIII(i)
More..

E content of Engineering PhysicsII BPM02 UnitII(iii)
More..

E content of Engineering PhysicsII BPM02 UnitII(ii)
More..

E content of Engineering PhysicsII BPM02 UnitII(i)
More..

E content of Engineering PhysicsII BPM02 UnitI(i)
More..

National Conference organized by the Department
National Conference organized by the Department during 1516 March 2019 on Smart Materials Devices and Sustainable Technologies
More..