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Multiscale Nanotechnology Group
  • HOME
  • PEOPLE
    • Former PhDs and Postdocs
  • RESEARCH
    • Nanofluidics
    • Nanobiotechnology
    • Nanomaterials/NEMS
    • Soft matter
    • MEMS
  • JOURNAL PUBLICATIONS
    • All Publications
    • Nanofluidics
      • Fundamentals, Nanopores, Interfaces and Applications
      • Multiscale Analysis
      • Force fields, Coarse graining, Machine Learning
      • Micro/Nanojunctions
    • Nanobiotechnology
      • Sequencing, Sensing, Biological Channels
    • Nanomaterials/NEMS
      • Multiphysics and Multiscale Analysis
      • Properties, Interfaces, Dissipation, Sensing
      • Energy Storage and Conversion
    • Soft Matter
      • Droplets, Polymers, Lipids, Hydrogels, Nanoparticles
    • MEMS
      • Multiphysics Analysis
      • Microfluidics
      • Uncertainty quantification
  • TEACHING
  • OPPORTUNITIES
    • Graduate Students
    • Postdoctoral Fellows
    • Undergraduate Students

Soft matter

Our research in this area focuses on:

  • Droplet-Interface Bilayers
    Our research on this topic focuses on understanding self-assembly of droplet-interface bilayers (DIBs) their stability and sensing properties. In addition, we also focus on understanding communication between the droplets when ion channels are inserted in the bilayers connecting the two droplets
  • Polymers and Hydrogels
    Our research on this topic focuses on developing molecular, continuum and multiscale approaches to understand stimuli-responsive behavior of polymers and hydrogels. We are specifically interested in pH, electric field, temperature and biomolecule responsive hydrogels.

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Group News

  • Article in Science on Ionic Computing
  • Anshul’s collaborative research on gas flow rectification at ångström-scale appears in Nature Materials!
  • Ionic Memory and Negative Differential Resistance!
  • Vibrational Spectroscopy of Water near Interfaces
  • Congratulations to JP!
  • Congratulations to Mohan!
  • Check out the group’s work on Quantum Computing!
  • Congratulations to Professor Kim!
  • A New Pathway to Ionic Memory!
  • Mohan’s collaborative research appears in Nature!

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