Dr. Alla Sologubenko Metallurgy, engineering, material science critically rely on the knowledge of the microstructure – property interrelationships in a material. Assessment of the required microstructural state of the material is the starting point of the complex process of material…
Dr. Alessandro Lauria Several properties of nanomaterials are related to their crystallinity, size and composition. Many of these structural parameters can be pre-determined through chemical choices operated during their synthesis. I will discuss some of the chemical parameters which enable…
Prof. Dr. Thomas Lippert Thin films of organic, polymeric, biological, and inorganic thin films are utilized in many applications, e.g. catalysis, microelectronics, sensors, food industry, tools, optics, decorative coatings, and renewable energy applications, etc.. The preparation of these thin films…
Dr. Ahmet Demirörs External fields are a useful tool to manipulate materials without having contact. I will show two examples of how we used external fields, 1) for achieving bio-inspired composites with control on the orientation and position of the…
Dr. Michalis Charilaou Magnetic materials support our most vital infrastructures e.g. by driving powerful motors, generating electricity in power plants, or sensing. Magnetic-field-based sensing existed long before humanity, specifically in bacteria, and it was based on nanoscopic phenomena that we…
Prof. Dr. Raffaele Mezzenga Protein Nanofibrils generated from globular proteins by unfolding, hydrolysis and one-dimensional polymerization are colloidal aggregates exhibiting mesoscopic properties comparable to those of natural polyelectrolytes, yet with persistence lengths several orders of magnitude beyond the Debye length.…
Dr. Xiaocheng Shang I will discuss the design of state-of-the-art numerical methods for molecular dynamics, focusing on the demands of soft matter simulation, where the purposes include sampling and dynamics calculations both in and out of equilibrium. I will also…
Prof. Dr. David J. Norris Colloidal nanoplatelets are atomically flat, quasi-two-dimensional sheets of semiconductor that can exhibit efficient, spectrally pure fluorescence. Despite intense interest in their properties, the growth mechanism behind their highly anisotropic shape and precise atomic-scale thickness remains…
Dr. Jeffrey Wheeler Micro-mechanical testing has advanced significantly over the last two decades from nanoindentation at ambient conditions to advanced micro-compression and fracture toughness testing over a wide range of temperatures and strain rates. It’s now possible to perform nearly…
Prof. Dr. Dennis Kochmann (D-MAVT) One of the key challenges in material modeling is the link between small-scale processes and the resulting, effective large-scale material performance. For the selected examples of ferroelectric ceramics and hcp metals, we demonstrate the applicability…