Mahi R. SinghWestern Science

Books/Lecture Notebooks

1. M. Singh and G. Gumbd (eds., 2009) The study of nanomaterials (American Institute of Physics, Melville, New York, 2013). 350 pages (refereed).

2. M. Singh (2012-2013) Selected topics in condensed matter physics (Western Book Store, 2011, 2nd edition). ~273 pages (non-refereed).

3. M. Singh (2011-2012) Selected topics in condensed matter physics (Western Book Store, 2011: First edition). ~150 pages (non-refereed).

4. M. Singh (2010-2011) Fundamentals of nanostructures and nanotechnology (Western Book Store, 2010). ~400 pages (non-refereed).

5. M. Singh (2009–10) Advanced Quantum Physics. Suitable for undergraduate Quantum Mechanics (Western Book Store, 2009). 373 pages (non-refereed).

6. M. Singh and R. Lipson (eds., 2009) Transport and optical properties of nanomaterials (American Institute of Physics, Melville, New York, 2009). 546 pages (refereed).

7. M. Singh (2008–09) Physical Properties of Materials (revised). Suitable for undergraduate students (Western Book Store, 2009). 240 pages (non-refereed).

8. M. Singh (2007–08) Physical Properties of Materials. Suitable for undergraduate students (Western Book Store, 2008). 225 pages (non-refereed).

9. M. Singh (2007–08) Modern Quantum Mechanical Methods (revised). Suitable for graduate students (Western Book Store, 2008). 305 pages (non-refereed).

10. M. Singh (2006–07) Lecture Notes on Quantum Mechanics. Suitable for Graduate students and researchers. 251 pages (non-refereed).

11. M. Singh (2005–07) Lecture Notes on Engineered Materials. Suitable for undergraduate and graduate students and researchers working in engineered materials. 304 pages (non-refereed).

12. M. Singh (2004) Advanced Quantum Statistics (Tulasi High Tech Co., London). Suitable for undergraduate and graduate students and researchers working in physical and biological sciences. 287 pages (non-refereed).

13. M. Singh (2004) Modern Statistical Mechanics (Tulasi High Tech Co., London). Suitable for undergraduate and graduate students and researchers working in physical and biological sciences. 245 pages (non-refereed).

 

1. M. Singh (2007) “Simulation of the dipole-dipole interaction in nonlinear photonic crystals doped with nanoparticles.” Proc. of ICCMSE 2007 (AIP, USA) 805-808.

2. M. Singh (2004) “Quantum coherence and interference phenomena in photonic band gap materials, SPIE Proc, (Art. No. OMD3.2) (12 pgs).