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  1. Quantum-classical conjecture on Einstein's diffusion-mobility relation for two-dimensional Schrödinger-type degenerate systems: An entropy-ruled transport analysis
  2. Unified Entropy-Ruled Einstein’s Relation for Bulk and Low-Dimensional Molecular-Material Systems: A Hopping-to-Band Shift Paradigm
  3. Quantum-Classical Transition Analogy for Semiconductors
  4. Quantum-Classical Transition Analogy of Diffusion-Mobility Relation for Organic Semiconductors
  5. Entropy-Ruled Charge Transport Method and Navamani-Shockley Diode Equation
  6. Continuum time-delayed electron hopping and entropy-ruled Einstein relation for molecular solids.
  7. Crossover from static to dynamic non-Condon effect on charge Transport in Organic Semiconductors
  8. Revisiting Einstein’s Diffusion-Mobility Relation for Universal Quantum Materials
  9. Effect of site energy fluctuation on charge transport in disordered organic molecules
  10. Theoretical Modeling of Charge Transport in Organic Solids and Few Implications for Devices
  11. Optoelectronic Properties of Novel Alkyl-substituted Triphenylamine Derivatives
  12. Charge Transport in Dynamically Disordered Molecular Systems: Role of Degeneracy
  13. Forth-Back Oscillated Charge Carrier Network in Dynamically Disordered Molecules
  14. Density Flux Model on Hopping Conductivity For Molecular Solids
  15. A theoretical study on optical and charge transport properties of anthra-[1,2-b:4,3-b′:5,6-b″:8,7-b‴]tetrathiophene molecules
  16. Effect of structural fluctuations on charge carrier mobility in small molecules