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    Surface Science Blog You have only scratched the surface.

    < 3 min

    Advances in Wettability Analysis for Superhydrophobic Surfaces

    The non-wetting surfaces have experienced an enormous boost of interest after the observation of superhydrophobicity and self-cleaning effect in natural lotus leaves.

    < 4 min

    Complex fluid-fluid system can be characterized with interfacial rheology

    Complex fluid-fluid interfaces arise whenever constituents (molecular and colloidal) residing within bulk phases become adsorbed and, in many cases, strongly interact.

    ~ 4 min

    Wettability analysis for Inkjet Printing

    Surface tension of inkjet inks and the wettability of the printing substrate are important factors influencing the final printing quality.

    ~ 3 min

    What does QCM-D have in common with a church bell?

    How does QCM-D work? Perhaps you know that a QCM-D sensor is made out of quartz, which is a piezoelectric material. Read about what that means.

    ~ 2 min

    Protein Aggregation in Neurodegenerative Diseases

    Proteins are vital for life and perform a wide range of essential biochemical tasks in all living organisms. It is important that the proteins are correctly folded and functional. However, sometimes the control mechanisms fail and accumulated aggregates transform into protein megastructures.

    ~ 1 min

    Top 5 Nanotechnology Blogs

    We have listed five nanotechnology blogs. Stay updated.

    > 3 min

    Mimicking Nature’s Expertise in Underwater Adhesives

    Marine mussels are unbeatable when it comes to underwater adhesive strategies. They can attach to virtually all surfaces, tenaciously sustaining their bonds in saltwater and turbulent wave-swept conditions.

    ~ 1 min

    Supercritical CO2 in Enhanced Oil Recovery

    Analytical method enables surface analysis at experimental conditions mimicking oil reservoirs.

    ~ 3 min

    Building an Appetite for Hydroxyapatite QSensors

    Within biomaterials research and development, hydroxyapatite (HA) is well known for its biocompatible properties, particularly in bone bonding, and for its potency of rapid integration into the human body.

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    Explore new era of force tensiometers

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