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Virtual-Experiments
Lab509 is a scientific and technological software consulting company driving innovation at the nanoscale. We deliver advanced simulation solutions based on continuum modeling of fluids and materials, statistical physics, and biomolecular approaches, supported by extensive expertise in High-Performance Computing. Our large-scale, highly parallel simulations provide efficient, scalable, and reliable results tailored to industrial and scientific challenges.
Our work is focused on the development of Virtual-Experiments which reproduce quantitatively the signals of real experimental devices.
We are developing two flagship technologies:
Virtual-QCM is a disruptive digital platform that accurately reproduces quartz crystal microbalance (QCM) signals, accelerating research and reducing experimental costs across applications such as biosensing, polymers, corrosion, toxin detection, and drug design.
Virtual-HAC is a predictive computational tool for interpreting AC magnetic hysteresis signals from functionalized magnetic nanoparticles, enabling precise, simultaneous characterization of nanoparticle properties and key solvent parameters, including viscosity and temperature.
Virtual-AFM is a predictive tool to interpret atomic force microscopy vibrational spectra of biomolecules, cells and soft matter in general.
