List of Publications:
1. Das, Shankar P., G.F. Mazenko, S. Ramaswamy and J. J. Toner, 1985, Hydrodynamic Theory of the Glass Transition : Physical Review Letters 54, 118.
2. Das, Shankar P., G.F. Mazenko, S. Ramaswamy and J. J. Toner, 1985, Reply to "Comment on
dynamical theories of the liquid-glass transition": Physical Review A 32, 3139.
3. Das, Shankar P., and G.F. Mazenko, 1986, Fluctuating non-linear hydrodynamics and the liquid-glass Transition : Physical Review A, 34, 2265.
4. Das, Shankar P., 1987, Effects of structure on the liquid-glass transition : Physical Review A, 36, 211.
5. Das, Shankar P., and M. H. Ernst, 1988, Long time tails in a Lorentz gas: Physica A, 153, 67.
6. Lutsko, J. F., J. W. Dufty and Shankar P. Das, 1989, Fluctuations and dissipations in a fluid under
Shear: Linear dynamics: Physical Review A 39, 1311.
7. Ernst, M. H., Shankar P. Das and D. Kammann, 1989, Heat Conductivity in a thermal LGCA :
Numerical Methods for Multi-phase and Complex flow: Lecture Notes Physics 398, Edited by T.
Verheggen, Springer Verlog, Berlin.
8. Kirkpatrick, T. R., Shankar P. Das, M.H. Ernst and J. Piasecki, 1990, Kinetic theory of transport in a
hard sphere crystal: Journal of Chem. Physics 92, 3768.
9. Das, Shankar P., 1990, Glass transition and self-consistent mode-coupling theory :
Physical Review A 42, 6116.
10. Ernst, M. H., and Shankar P. Das, 1992, Thermal Cellular Automata Fluids:
Journal of Stat. Physics. 66, 465.
11. Das, Shankar P., and M. H. Ernst, 1992, Thermal transport properties in a square lattice gas:
Physica A, 187, 191.
12. Das, Shankar P., and J. W. Dufty, 1992, Hydrodynamic dispersion relations in dense fluids:
Physical Review A 46, 6371.
13. Das, Shankar P., 1993, Scaling behavior near glass instability in mode-coupling model for dense fluids: Journal of Chemical Physics 98, 3328.
14. Das, Shankar P., H. J. Bussemaker and M. H. Ernst 1993, Generalized hydrodynamics and dispersion relations in lattice gases: Physical Rev E 48, 245.
15. Das, Shankar P., and R. Schilling, 1994, Fluctuating hydrodynamics and diffusion in amorphous solids : Physical Review E, 50, 1265.
16. Das, Shankar P., 1994, Dynamics of Supercooled Liquids and Understanding the Glass Transition: Phase Transitions 50, 7-19.
17. Das, Shankar P., 1996, Fluctuating hydrodynamic models for supercooled liquids and development of long relaxation times: Physical Review E, 54 1715.
18. Das, Shankar P., 1996, Spectra of spatial fluctuations in lattice gas cellular automata fluids:
Physica A, 224 180.
19. Ahluwalia R., and Shankar. P. Das, 1996, Mode-coupling effects on self-diffusion in a simple fluid at freezing: Physical Review E 54 463.
20. Das, Shankar P., 1996, Model for slow relaxation in supercooled liquids:
Journal of Chem. Physics 105, 8822.
21. Das, Shankar P., 1996, Nonlinear fluctuating hydrodynamics and sequence of time scales of relaxation in supercooled liquids: Pramana-journal of physics 48, 759.
22. Das, Shankar P., 1997, Lattice Gas Model with Nonlocal Interactions: International Journal of Modern of Physics B 11, 3581.
23. Ahluwalia R., and Shankar P. Das, 1998, Shear Waves in a Supercooled Liquid :
Journal of Non-Crystalline Solids 235-237, 115.
24. Ahluwalia R., and Shankar. P. Das, 1998, Growing length scale related to the solid like behavior in a supercooled liquid: Physical Review E 57, 5771.
25. Dufty, J. W. and Shankar P. Das, 1998, Unified Kinetic Theory for Fluid and Crystal Phases:
Strongly Coupled Coulomb Systems, Edited by Kalman et. al, Plenum Press, New York, Page 171.
26. Das, Shankar P., and S. Srivastava, 1998, Role of Vibrational Modes in Structural Relaxations in a
Supercooled Liquid: Proceedings of Tohwa Symposium, Edited by M. Tokuyama and I. Oppenheim, American Institute of Physics, Page 416.
27. Das, Shankar P., 1999, Model of defect diffusion and development of the boson peak in an amorphous solid: Physical Review E 59 3870.
28. Das, Shankar P., 2000, Elastic behavior in a supercooled liquid: Analysis of viscoelasticity using an extended mode-coupling model: Physical Review E 62 1670.
29. Das, Shankar P., and S. Srivastava, 2000, A schematic model of glassy relaxation through dynamic coupling with defect motions: Physics Letters A 266, 58.
30. Das, Shankar P., 2000, Dynamic length scales and feedback from long-time structural relaxation in a simple liquid : Journal of Physics: Condensed Matter 12,6423.
31. Srivastava S., and Shankar P. Das, 2000, Metastable state dynamics and power law relaxation in a supercooled Liquid: Physical Review E 63, 011505.
32. Kaur C., and Shankar P. Das, 2001, Heterogeneities in Supercooled Liquids: A Density Functional
Study: Physical Review Letters 86, 2062.
33. Srivastava S., and Shankar P. Das, 2001, Temperature Dependence of Secondary Relaxation in a
Supercooled Liquid : International Journal of Modern Physics B 15, 4199.
34. Srivastava S. and Shankar P. Das, 2001, Fragility and Boson peak formation in a supercooled liquid: Physics Letters A, 286 76.
35. Harbola U., and Shankar P. Das, 2001, Structural relaxation and frequency-depndent specific heat in a supercooled liquid: Physical Review E 64, 046122.
36. Kaur C., and Shankar P. Das, 2001, Stability of amorphous structures with voids: Journal of Physics: Condensed Matter 13, 7259.
37. Kaur C., and Shankar P. Das, 2001, Heterogeneities in Supercooled Liquids: Static and Dynamical Aspects: Physics Teacher, Kolkata 43, S39-S42.
38. Srivastava, S., and Shankar P. Das, 2001, Dynamic Response in a Supercooled Liquid: Proceedings of the Department of Atomic Energy Solid State Physics Symposium, India, 44, 575.
39. Harbola U., and Shankar P. Das, 2002, Model for glass transition in a binary fluid from a mode
coupling approach : Physical Review E 65, 036138.
40. Srivastava S., and Shankar P. Das, 2002, Transport coefficients at metastable densities from models of generalized hydrodynamics: Journal of Chemical Physics 116, 2529.
41. Kaur C., and Shankar P. Das, 2002, Metastable structures with modified weighted density- functional theory: Physical Review E, 65, 026123.
42. Srivastava, S., U. Harbola and Shankar P. Das 2002, Anomalous stretching in a simple glass-forming liquid : Physical Review E, 65 051506.
43. Kaur, C., S. Srivastava and Shankar P. Das, 2002, Dynamics of a metastable liquid: Comparison of results from two different approaches: Physics Lett. A 300, 291.
44. Kaur, C., and Shankar P. Das, 2002, Dynamic Heterogeneities in a Simple Liquid over Different Time Scales: Physical Review Letters 89, 085701.
45 Harbola, U., and Shankar P. Das, 2002, Model for viscoelasticity in a binary mixture: Journal of Chemical Physics 117, 9844.
46. Harbola, U., and Shankar P. Das, 2002, Dynamic Transition in a Two-component Fluid in the
Supercooled state: Phase Transitions 75, 451-464.
47 Kaur, C., and Shankar P. Das, 2002, Thermodynamics Properties of Inhomogeneous Structures in
Supercooled Liquids: Phase Transitions 75, 465-475.
48. Harbola, U., and Shankar P. Das, 2003, Dynamic Transition in a Binary Liquid and Its Dependence on the Mass-Ratio: Results from a Self Consistent Mode Coupling Model: Journal of Statistical Physics 112, 1109.
49. Kaur, C., and Shankar P. Das, 2002, Complexity in the Structure and Dynamics of a Metastable Liquid: Proceeding of Department of Atomic Energy Solid State Physics Symposium, India, 45, 624.
50. Harbola, U., and Shankar P. Das, 2003, Secondary Relaxation in a Supercooled Binary mixture: International Journal of Modern Physics B 17, 2395.
51. Kaur, C., and Shankar P. Das , 2003, Effect of attractive interactions on tagged particle dynamics:
Journal of Physics: Condensed Matter 15, 4657.
52. Kaur, C., and Shankar P. Das, 2003, Tagged particle motion in a dense liquid: Feedback effects from the collective dynamics: Physical Review E, 67 051505.
53. Harbola, U., C. Kaur and Shankar P. Das, 2003, Comment on "Universal Scaling Laws of Diffusion in a Binary Fluid Mixture": Physical Review Letters 91, 229601.
54. Kaur, C., and Shankar P. Das, 2003, Static and dynamical heterogeneities in supercooled liquids:
Physica A 318, 121. Proceedings STAT PHYS IV, KOLKATA.
55. Harbola, U., and Shankar P. Das, 2004, A Simple Model for Dynamic Heterogeneities in a
Supercooled Liquid: International Journal of Modern Physics B 18, 1299.
56. Das, Shankar P., 2004, Mode-coupling theory and the glass transition in supercooled liquids:
Reviews of Modern Physics 76, 785-849.
57. Singh, S.P., C. Kaur and Shankar P. Das, 2005, Optimum vacancy concentration in a crystal:
Physical Review E 72, 021603.
58. Harbola, U., C. Kaur and Shankar P. Das, 2005, Nature of the entropy versus self-diffusivity plot for simple liquids : Journal of Chemical Physics 123, 034501.
59. Das, Shankar P., and U. Harbola, 2005, Structural Relaxation in a Binary Mixture : Progress of Theoretical Physics Supplement 157, 172.
60. Singh, Sunil P., and Shankar P. Das, 2006, Stability of amorphous structures with voids: Journal Non-Crystalline Solids 352, 4857.
61. Singh, S. P., and Shankar P. Das, 2007, A density functional model for the binary crystal of hard
spheres with vacancies: Journal of Chemical Physics 126, 064507.
62. Singh, S. P., Shankar P. Das, 2007, Characteristic temperatures of glassy behavior in a simple liquid: Journal of Physics Condensed Matter 19, 246107.
63. Singh, S. P., and Shankar P. Das, 2007, Perturbation theory for classical solids with vacancy defects:Physical Review B 75, 144113.
64. Priya, M, and Shankar P. Das, 2007, Fragility and elastic behavior of a supercooled liquid:
Physical Review E 76, 061501,
65. Sen Gupta, B., and Shankar P. Das, 2007, Glassy aging with modified Kohlrausch- Williams-Watts form: Physical Review E, 76,061502
66. Das, Shankar P., and S. P. Singh, 2007, Thermodynamic properties of imperfect solids near freezing point: Proceedings of CMDS11 held in Ecole des Mines, Paris, July 2007.
67. Sen Gupta, B., and Shankar P. Das, 2008, Nonlinear fluctuating hydrodynamics and aging in
structural glassed, 2008, in Recent developments in nonlinear dynamics, ISBN 97881-7319-9417, Narosa 2008.
68. Priya, Madhu and Shankar P. Das, 2008, Elastic behavior in a supercooled liquid : A nonlinear
hydrodynamic mddel.: in Recent developments in nonlinear dynamics, ISBN 97881-7319-9417,
Narosa 2008.
69. Das Shankar P, and Gene F. Mazenko, 2009, Fluctuating Nonlinear Hydrodynamics does not
support an Ergodic-Nonergodic Transition. Phys. Rev. E. 79, 021504.
70. Singh, S.P. and Shankar P. Das, 2009, Nonequilibrium dynamics of an amorphous solid,
Phys. Rev. E 79, 031504, (2009). Book
71. Das, Shankar P. Statistical Physics of Liquids at Freezing and Beyond, 2011 Cambridge University Press, UK,– ISBN 9780521858397 .
72. Sen Gupta, B., Shankar P. Das and Jean-Louis Barrat, 2011, Time dependent correlations in a supercooled liquid from nonlinear fluctuating hydrodynamics : Physical Review E 83, 041506.
73. Sen Gupta, B., L. Premkumar and Shankar P. Das 2012, Metastable-state dynamics of a liquid: A free energy landscape study of the
dynamics of a supercooled liquid. Physical Review E 85, 051501.
74. Sen Gupta, B., and Shankar P. Das 2012: Nonequilibrium dynamics and againg behavior from
numerical solution of the fluctuating hydrodynamic equations. Journal of Chemical Physics 136. 154506.
,in a metastable liquid, International Journal of Modern Physics B 26, 1250146.
76.Singh, S.P., and Shankar P. Das, 2012, The hopping process of a vacancy defect in a crystal
Journal of Statistical Mechanics, Online stacks.iop.org/JSTAT/2012/P10016.
77.Das Shankar P. and Gene F. Mazenko 2012, Field Theoretic formulation of Kinetic Theory:
I. Basic Development, Journal of Statistical Physics 149, 643–675.
78. Das Shankar P. and Gene F. Mazenko, 2013, Field Theoretic formulation of Kinetic Theory:
II. The ergodicity-nonergodicity transition, Journal of Statistical Physics 152, 159–194.
79. Das, Shankar P. and A. Yoshimori, 2013, Coarse-grained forms for equations describing
the microscopic motion of particles in a fluid, Physical Review E, 88, 043008.
80. Leishangthem Premkumar and Shankar P. Das, 2013, Heterogeneities of the metastable
supercooled state of a simple liquid near Tc : A density functional study, in “ Fragility of Glass forming liquids”
Page 471, Edited by A.L. Greer et. al. Hindustan Book Agency, India, ISBN 978-93-80250-61-8.
81. Sen Gupta, B., and Shankar P. Das, 2014: Nonequilibrium dynamics of four-point Correlation
of collective density fluctuations in a supercooled liquid, Physical Review E 90, 012137.
82. Das, Shankar P., Bhaskar Sen Gupta, Sunil P. Singh, 2014, Non-equilibrium dynamics of a
supercooled liquid using schematic and structural models, Journal of Noncrystalline Solids 407, 44–50.
83. Premkumar L. and Shankar P. Das, 2014, Vibrational density of states in the disordered
solid using classical density functional model : Physics Letters A 379, 1073–1080.
84. Bidhoodi Neeta, and Shankar P. Das, 2015, P Renormalized dynamics of the Dean-Kawasaki model, Physical Review E 92, 012325.
85. Priya Madhu, Neeta Bidhoodi, and Shankar P. Das, 2015 Qualitatively different collective and single
Particle dynamics in a super-cooled liquid,. Physical Review E 92, 062308.
86. Bidhoodi Neeta, and Shankar P. Das, 2015, Slow dynamics of a tagged particle in a
super-cooled liquid, Physical Review E 92, 062309.
87. Bidhoodi Neeta, and Shankar P. Das, Ergodicity and slow diffusion in a supercooled liquid : 2015,
Physica A, 449 357-374.
88. Leishangthem Premkumar, Neeta Bidhoodi, and Shankar Das, 2016, Linking density functional and mode coupling models for supercooled liquids, Journal of Chemical Physics, 144, 124511.
89. L. Premkumar and Shankar P. Das, 2016 : Fragility index of a simple liquid using structural inputs.
Journal of Statistical Mechanics, stacks.iop.org/JSTAT/2016/093302
90. Dependence of the configurational entropy on amorphous structures of a hard-sphere fluid: 2017, Arijit Mondal, Leishangthem Premkumar, and Shankar P. Das, Physical Review E 96, 012124.
91. Sunil Kumar Yadav and Shankar P. Das, 2018, Fluctuating nonlinear hydrodynamics of flocking, PHYSICAL REVIEW E 97, 032607.
92. Neeta Bidhoodi and Shankar P. Das, Scaling behavior of self-diffusion coefficients, 2018:
Dependence on the mass ratio of a binary mixture: Phys. Rev. E 98, 032126.
93. Sunil Kumar Yadav, and Shankar P. Das, 2019, Field-theoretic model for dynamics of active Brownian particles, AIP Conference Proceedings 2115, 030031.
95. Neeta Bidhoodi, and Shankar P. Das, 2020: Tagged particle correlations in a dense fluid: Role of microscopic dynamics, Physica A 565 123777.
96.Shankar P. Das, 2020, Dynamic transition in a Brownian fluid: role of fluctuation-dissipation constraints, JSTAT: Theory and Experiment, 023208.
97. Neeta Bidhoodi, and Shankar P. Das, 2020, Ergodicity-nonergodicity transition in a binary mixture: Roe of the adiabatic approximation, Journal of Physics A: Mathematical and Theoretical, 53, 385004. https://doi.org/10.1088/1751-8121/aba39b).
98. Mondal, Arijit, and Shankar P. Das, 2020, A Classical DFT model for fragility in the hard sphere limit, Progress of Theoretical and Experimental Physics, 2020, Issue 7, 073I02,
https://doi.org/10.1093/ptep/ptaa091
99. Mondal, Arijit, and Shankar P. Das, 2021, Dynamic and elastic properties of soft colloids: a link through interaction potential. Condensed Matter Physics, Vol. 24, No 1, 13602: 1–17.
100. L. Premkumar, F. Ahmad, and Shankar P. Das, 2021, Localization, Disorder, and Entropy in a Coarse-Grained Model of the Amorphous Solid, Entropy, 23, 1171). https://doi.org/10.3390/e23091171
101. Ahmad, Faizyab, and Shankar P. Das, 2021, Elastic constants for the inhomogeneous amorphous states of the hard-sphere system, Proceedings of the 65th Department of Atomic Energy Solid State Physics Symposium, India, e0027.
102. Vardhan, Prakash, and Shankar P. Das, 2021, Replica theory for Structural Glass Transition using density functional Hamiltonian, Proceedings of the 65th Department of Atomic Energy Solid State Physics Symposium, India, e0028.
103. Prakash Vardhan and Shankar P. Das, 2022, Configurational entropy from replica approach: A density functional model: Physical Review E 105, 024112.
104. Yadav, Sunil K., and Shankar P. Das, 2022, Hydrodynamic equations for active matter: Consequences of Galilean transformations, submitted to Journal of Physical Soc. Of Japan, 91, 084601
105. Vardhan, Prakash, and Shankar P. Das, 2022, Complexity calculation for an amorphous metastable solid, Journal of Non-Crystalline Solids, 597, 121744.
https://doi.org/10.1016/j.jnoncrysol.2022.121744.
106. Ahmad Faizyab, and Shankar P. Das, 2022, Metastable states of microgel fluids with Hertzian interaction potentials, Physica A, 608 128262.
107. Neeta Bidhoodi and Shankar P. Das, 2022, Ergodicity in the asymptotic dynamics for a binary Mixture: submitted to JSTAT, theory and Expt.