E-Resources

• Dr. Aditya Saxena:

1. Thermal Physics, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole Editor:

Aditya Saxena. ISBN: 978-81-931455-8-6

2. Digital Electronics, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole Editor:

Aditya Saxena. ISBN: 978-81-931455-9-3

3. Mechanics, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole Editor: Aditya

Saxena. ISBN: 978-93-85611-79-7

4. Oscillations and Waves, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole

Editor: Aditya Saxena. ISBN: 978-93-85611-81-0

5. Electricity and Magnetism, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015)

Sole Editor: Aditya Saxena. ISBN: 978-93-85611-82-7

6. Mathematical Physics-I, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole

Editor: Aditya Saxena. ISBN: 978-93-85611-78-0

7. Mathematical Physics-II, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole

Editor: Aditya Saxena. ISBN: 978-93-85611-80-3

8. Mathematical Physics-III, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole

Editor: Aditya Saxena. ISBN: 978-93-85611-83-4

9. Microprocessor and Computer Programming, e-Book/e-Content, (Institute of Life Long Learning

(ILLL), India, 2015) Sole Editor: Aditya Saxena. ISBN: 978-93-85611-84-1

10. Optics, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole Editor: Aditya

Saxena. ISBN: 978-93-85611-85-8

11. Numerical Analysis, e-Book/e-Content, (Institute of Life Long Learning (ILLL), India, 2015) Sole

Editor: Aditya Saxena. ISBN: 978-93-85611-86-5

Chapters in Edited Books

1. ‘Dynamics of carbon in different layers of graphite’, Disordered Materials, (Narosa, India, 2003),

Chapter 21, Page 126. Co-authors: S.P.Tewari and Poonam Silotia.  ISBN: 978-81-7319-463-4

e-Content in e-PG Pathshala (NME-ICT, MHRD):

1. Paper: Quantum Mechanics-1

(https://epgp.inflibnet.ac.in/ahl.php?csrno=28)

(i) Module 1: Some earlier attempts towards Quantum Mechanical concepts-I (Quadrant:

Self Learn)

(ii) Module 2: Review of some earlier attempts -II (Quadrant: Self Learn)

(iii) Module 3: Heisenberg’s Uncertainty Principle-1 (Quadrant: Self Learn)

(iv) Module 4: Linear Vector Spaces (Quadrant: Self Learn)

(v) Module 5: Functional Vector Spaces and Operators (Quadrant: Self Learn)

(vi) Module 6: Linear Vector Spaces and Operators (Quadrant: Self Learn)

(vii) Module 7: Postulates of Quantum Mechanics and representations of vectors, bases and

unitary operators (Quadrant: Self Learn)

(viii) Module 8: Connection between State vectors and wave function in x-space and

momentum space: Dynamical Variables as Matrix Operators (Quadrant: Self Learn)

(ix) Module 9: Commuting operators and a complete set of commuting operators (Quadrant:

Self Learn)

(x) Module 10: On properties of operators, their commutators and some useful, important

identities (Quadrant: Self Learn)

(xi) Module 11: Generalized Uncertainty Principle (Quadrant: Self Learn)

(xii) Module 12: Quantum Dynamics: Heisenberg’s Picture (Quadrant: Self Learn)

(xiii) Module 13: Linear Harmonic Oscillator (Operator Method) (Quadrant: Self Learn)

(xiv) Module 14: Coherent states of the Harmonic Oscillator (Quadrant: Self Learn)

(xv) Module 15: Symmetries in Quantum Mechanics (Quadrant: Self Learn)

(xvi) Module 16: Symmetries II: Discrete Symmetry Transformations (Quadrant: Self Learn)

(xvii) Module 17: Permutation Symmetries in Quantum Mechanics (Quadrant: Self Learn)

(xviii) Module 19: Angular Momentum-II (Quadrant: Self Learn)

(xix) Module 20: Orbital Angular Momentum and Spherical Harmonics (Quadrant: Self Learn)

(xx) Module 21: Orbital Angular Momentum and Spherical Harmonics-II (Quadrant: Self Learn)

(xxi) Module 22: Addition of Angular Momentum and Clebsch Gordon Coefficients (Quadrant:

Self Learn)

(xxii) Module 23: Coupling of Angular Momentum, Selection Rules (Quadrant: Self Learn)

(xxiii) Module 24: Clebsch Gordon Coefficients (Quadrant: Self Learn)

(xxiv) Module 25: Study of a few examples to evaluate Clebsch Gordon Coefficients (Quadrant:

Self Learn)

(xxv) Module 26: Review of earlier attempts III: Matter Waves (Quadrant: Self Learn)

(xxvi) Module 29: Symmetries in Quantum Mechanics (Quadrant: Self Learn)

2. Paper: Electromagnetic Theory

(https://epgp.inflibnet.ac.in/ahl.php?csrno=28)

(i) Module 1: Mathematical Preliminaries-I (Quadrant: Self Learn)

(ii) Module 2: Mathematical Preliminaries-II (Quadrant: Self Learn)

(iii) Module 3: Maxwell’s Equations-I (Quadrant: Self Learn)

(iv) Module 4: Maxwell’s Equations-II (Quadrant: Self Learn)

(v) Module 5: Conservation Laws-I (Quadrant: Self Learn)

(vi) Module 6: Conservation Laws-II (Quadrant: Self Learn)

(vii) Module 7: Electromagnetic Waves-I (Quadrant: Self Learn)

(viii) Module 8: Electromagnetic Waves-II (Quadrant: Self Learn)

(ix) Module 10: Waveguide and Cavities (Quadrant: Self Learn)

(x) Module 11: Theory of Relativity-I (Quadrant: Self Learn)

(xi) Module 12: Theory of Relativity-II (Quadrant: Self Learn)

(xii) Module 27: Theory of Relativity-III (Quadrant: Self Learn)