... layer of our planet; potentially dangerous asteroids and comets; man-made orbital debris; changes in the climate stemming from technogenic factors and sun radiation; cosmic radiation from nuclear reactions in novae, supernovae and pulsars...
...system by improving our understanding of the Earth’s interior and climate by untangling the different magnetic fields that stem from Earth’s core, mantle, crust, oceans, ionosphere and magnetosphere – an process that is expected to take at least four...
... the disease. The project was developed by the Michael J. Fox Foundation. Some of the other experiments include a stem cell study for growing lung tissue and new equipment for growing vegetables in space. The Falcon...
... may seem small in dimensions, big things are expected from this little package; to promote the importance of STEM education in the country and to gain hands-on experience with designing and developing space hardware, alongside helping...
... benefit from ISS National Lab capabilities. As such, awardee Cellino Biotech propose to gene-edit induced Pluripotent Stem Cells (iPSCs) using the companies biotech’s platform, NanoLaze™, while Guardion Technologies is developing miniature radiation...
... as cometary impacts and not produced on the planet through chemical reactions with other substances. This theory stems from Glein and Waite's estimates of the amount of nitrogen inside the glacier, which is consistent with the...