logologologologo
  • Home
  • About Us
    • Mission
    • Partners
    • Organization
    • Members
    • Officers
  • News
    • Focus Articles
    • Scientific Highlights
      • Scientific Highlights from Network Area 1
      • Scientific Highlights from Network Area 2
      • Scientific Highlights from Network Area 4
    • Meetings
    • Events
    • Job Opportunities
    • Newsletters
    • Picture Galleries
    • Brochures
  • Research Platforms
    • Synthesis
    • Experimental
    • Theory & Simulation
  • Network Areas
    • Network Area 1
    • Network Area 2
    • Network Area 4
  • Downloads
    • Brochures
    • Consortium Agreement
    • Newsletters
    • Logo
    • Research Road Map
  • Contact
  • User Area

Scientific Highlights from Network Area 1

  • Home
  • News
  • Scientific Highlights
  • Scientific Highlights from Network Area 1
  • Filter by
  • Categories
  • Tags
  • Authors
  • Show all
  • All
  • Focus Articles
  • Scientific Highlights
  • Scientific Highlights from Network Area 1
  • Scientific Highlights from Network Area 2
  • Scientific Highlights from Network Area 4
  • Uncategorised
  • All
  • 2019
  • 3D print
  • active particles
  • adhesion
  • AERC2018
  • Ancona
  • Annual Meeting
  • artificial cells
  • biopolymer gel
  • conformational space
  • DNA
  • emulsions
  • failure
  • International Soft Matter Conference
  • ISMC
  • liquid repellence
  • micelles
  • microfluidic chip
  • microrobots
  • microscopic dynamics
  • molearn
  • polymers
  • proteins
  • Rheology
  • robotics
  • self-assembly
  • semiconductors
  • Soft Matter
  • spin diffusion
  • surfaces
  • tube dilation
  • All
  • Angela Wenzik
  • Flavio Carsughi
  • Com21 Com21Com21
5th July 2017
Switchable liquid crystal contact lens with graphene electrodes fabricated by the Leeds team. Copyright: Leeds University
5th July 2017

From Novel Soft Materials to Switchable Contact Lenses

The use of liquid crystals is well established in displays used in smart phones and large area TVs. A new effect has been found in bent core liquid crystal compounds that form an... (Read more)
Do you like it?0
Read more
2nd July 2017
Finite element simulations show that a combination of convection and thermodiffusion enriches formamide in the pore (contour plot). The graph illustrates the accumulation normalized to the reservoir concentration ω_0 over time for different ω_0. The accumulation saturates around a formamide concentration of 85 wt%. The time necessary to reach the plateau τ_plateau depends on the reservoir concentration ω_0 (inset). Copyright: Forschungszentrum Jülich
2nd July 2017

Origin of Life: Accumulation of Formamide in Hydrothermal Pores to Form Prebiotic Nucleobases

One of the central questions of humankind is: which chemical and physical conditions are necessary to make life possible? In this “origin-of-life” context, formamide plays an important role, because it has been demonstrated... (Read more)
Do you like it?0
Read more
Prev page
1234
softcomp@fz-juelich.de | Imprint | Privacy Policy

    Cookies

    This site uses Cookies in order to improve our service. By continuing, you are agreeing to the terms of our "Cookie Policy". Read more