Open Source DataTurbine Initiative starts helping Biomedical science community
NAMD (NAnoscale Molecular Dynamics, http://www.ks.uiuc.edu/Research/namd/) is a parallel molecular dynamics code designed for high-performance simulation of large biomolecular systems. Currently, scientists have to wait for a very long time to get result data which are usually more than one gigabyte before their analyses or experiments. To enhance the ability to know and analyze result data in time, we developed a Open Source DataTurbine based system to enable scientists to monitor and visualize experimental results real-time data. Thanks to our National Biomedical Computation Resource (NBCR) collaborators Kevin Dong, Wilfred Li, and Peter Arzberger! Here is the output of
real-time data as the animated gif for visualization.
NanoSonic's high performance
NanoSonic's high performance polar, yet hydrophobic adhesives would result in advanced aerospace adhesives and surface treatments with increased durability to minimize subsonic aircraft aging and durability related hazards with a TRL of 6 upon completion of the Phase I program. NanoSonic's polar resins are synthetically engineered to offer stronger adhesion over commercial aircraft adhesives cheap ftp hosting, and the hydrophobic backbone allows for superior moisture resistance and corrosion mitigation. The down-selected polymers would also serve as adhesives or sealants with solvent resistant against jet fuel, sea water and harsh aircraft solvents.