All articles tagged with #3d simulation
Moonlake AI, founded by Stanford PhDs, is developing AI software to create virtual 3D worlds that can generate data for training advanced AI models, addressing the current data scarcity in AI development. The company has raised $28 million and joins other firms exploring virtual environments for AI training, amidst a broader industry push for AI infrastructure and innovation.
Researchers have created a 3D computer simulation of a kilonova, a catastrophic event resulting from the merger of two neutron stars. The simulation provides insights into the high-energy mayhem and formation of heavy elements during the explosion. The simulation aligns with observations of the kilonova AT2017gfo, indicating a broad understanding of the event. Kilonovae are the main source of heavy chemical elements in the universe, such as gold and platinum. The simulation combines physics areas including high-density matter behavior, unstable heavy nuclei properties, and atom-light interactions of heavy elements. Further research aims to enhance the precision of predicting and understanding spectral features, advancing our knowledge of heavy element synthesis conditions.
Scientists have created a 3D simulation of energy waves rippling through three stars and converted them into sound waves, resulting in a rendition of "Twinkle Twinkle Little Star." This research allows scientists to study the interiors of stars in greater detail and may help future space telescopes observe the twinkle caused by waves in stars. The simulations revealed the different sounds produced by small, medium, and large stars, transforming familiar music into something haunting.