Pozzo washington

In partnership with local communities, UW engineers and public health scientists are working to restore their power. Read Article. Scalable synthesis of self-assembling nanoparticle clusters based on controlled steric interactions K Larson-Smith, DC Pozzo Soft Matter 7 11 , , Applied physics letters 3 , , Sono-photoacoustic imaging of gold nanoemulsions: Part I.

Photoacoustics 3 1 , , Structure and property development of poly 3-hexylthiophene organogels probed with combined rheology, conductivity and small angle neutron scattering GM Newbloom, KM Weigandt, DC Pozzo Soft Matter 8 34 , , Lilo Pozzo recognized for outstanding leadership in clean energy education.

Solar Energy. April 3, Conjugated polymers are potentially useful in advanced devices like organic solar cells and flexible or biocompatible electronics. By creating and controlling nanostructures within the material, Pozzo and her research group are improving the electronic performance of conjugated polymer films in order to compete with conventional inorganic electronics.

Share share. Research in the Pozzo group centers on the development, measurement and control of self-assembly processes for soft materials over nanometer and micrometer scales.

This manipulation of complex material structures results in novel properties that optimize their use in engineering applications. High-Throughput Experimentation HTE and Data Science for Materials Design Laboratory automation tools are being developed and used by the Pozzo laboratory to accelerate the pace of materials discovery.