Π's expertise in angstrochemistry®, which stands for the angstrom-scale "bottom-up" integration of properties into molecular structures using an armamentia of multi-step wet-chemistry methodologies and techniques, enables the creation of smart organic precursors and building blocks, which, in conjunction with our expertise in materials science and engineering, can be used in the creation of a host of nanostructured composites, fibers, coatings, surfaces and other materials tailor-made to provide high performance capabilities in technologies such as: - EMI Shielding and Radar Absorbing Materials, - Anisotropic Temperature-Dissipating Coatings/Materials, - Multimodal Biological, Chemical, And Health Sensors, - Morphing and Electrically-Induced Cloaking, - Wavelength-Obscuring Optoelectronic Materials and Devices, - Molecularly Engineered Materials, Nanostructures And Chemicals, - Organic Memories and Photovoltaics, - Catalyst Supports, - Nanoporous Filters for Air and Water Filtration, - Electronic and Magnetoelectronic Materials, - Selectively-Derivatized Surfaces, - Advanced Composite Materials Our ability to engineer tunable application-specific mechanical, thermal and optoelectronic properties and even novel phenomena into materials at the nanoscale, and in formatting these properties so that they are maintained at the macroscale, provides a platform for the creation and commercialization of a new class of advanced materials that harness superior multifunctional and tunable efficiencies. High Resolution TEM nanographs of Single Walled Carbon Nanotubes being used for high resolution Raman and THz studies at Π High Resolution TEM nanographs of Multi Walled Nanotubes being used for NIR, Raman and THz studies at Π
