All Stories

  1. Presence of a Spatially Varying Electric Field at the Lipid–Water Interface with a Na:K Ratio in Water
  2. Rigidity of lamellar lipid membrane and it’s control
  3. Macroscopic and microscopic insights regarding organization of nematic liquid crystalline phase assisted by in situ grown gold nanoparticles
  4. MICROSCOPY: A NEW LOOK AT A VERY OLD TECHNIQUE
  5. Ambient formation of high pressure Ag2Si2O5 and non-stoichiometric Ag0.3Al0.7 alloy under confinement
  6. Self-Assembly of Lipid Bilayer using a implicit solvent model and the Formation of Ripple Phase
  7. How Nanoparticles Destroy Bacterial Biofilms Using Light Energy
  8. Effect of Na/K ratio on fluidization of lipid monolayers
  9. Nanocomposites: A New Paradigm in Materials.
  10. Surfactant assisted Au nanoparticle layering in titanium oxide thin films
  11. Critical behavior of a two-dimensional complex fluid: Macroscopic and mesoscopic views
  12. One-step facile synthesis of noble metal nanocrystals with tunable morphology in a nematic liquid crystalline medium
  13. Drug induced ‘softening’ in phospholipid monolayers
  14. In-situ synthesis of Au nano particles of co-existing morphologies in liquid crystalline matrix
  15. Detection of a new 'nematic-like' phase in liquid crystal-amphiphile mixture by differential scanning calorimetry
  16. Long-timescale dynamics of thiol capped Au nanoparticle clusters at the air-water interface
  17. pH dependence of drug-membrane interaction
  18. Radiation-induced synthesis of self-organized assemblies of functionalized inorganic–organic hybrid nanocomposites
  19. Role of amphiphilic molecule on liquid crystal phases
  20. The metastable nature of langmuir monolayers: An attempt towards quantification
  21. Two-dimensional structures at water surface
  22. “Coffee-ring” patterns of polymer droplets
  23. Polymer entanglement – A barrier to nanoparticles aggregation
  24. Transition from a complex to a simple two dimensional liquid: Isotherm and Brewster angle microscopy studies
  25. Langmuir-Blodgett deposition selects carboxylate headgroup coordination
  26. Benzene `dimers' in polystyrene films