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article Solar systems simulation for the iPad – Solar system color page: How does the sun look and behave on a distant galaxy?
article The solar system simulator on the iPad app can simulate the appearance of hundreds of planets, asteroids, comets and other celestial bodies in our solar System, according to a new study by a group of researchers from the University of Texas at Austin.
In the study, published online by the journal Nature Geoscience, researchers created a solar system coloring screen and asked people to create their own solar system simulation based on the Solar Dynamics Observatory (SDO) data they had downloaded.
The results, which were published in Science, were promising.
They found that people who created a simulated solar system with SDO data could generate images of the solar disk, a collection of solar disks around the Sun.
The study also found that the simulation generated more accurate images of planets than the SDO simulations, which produced images of smaller objects in the outer solar system.
But the authors cautioned that it wasn’t an apples-to-apples comparison of SDO images of a simulated and real solar system, and that there were still many unknowns in the modeling process.
The paper was co-authored by a team of researchers including Jason A. Wilson, who is a postdoctoral fellow in astronomy at the University at Buffalo; and Matthew A. Poulton, a postdoc in astronomy and astrophysics at UT Austin.
Poulton said he and his colleagues were excited to be able to use this new method to study a simulated surface, since they had been working with the SDOs imagery for years.
“It’s really exciting,” Poultons said in a phone interview.
“It’s the first time we’ve had this opportunity to have a model built that can actually look at this surface.”
Poultons and his co-authors created a simulation using the Solar Density, Vibrations, and Reflection (SDOR) data from the Solar Dynamic Observatory (SDO) satellites and SDO instruments, and they used that model to build a solar disk out of the data.
Using the simulation, the researchers could generate a variety of images that looked like they came from different parts of the disk.
They also had the ability to change the shape of the sun, by adding or subtracting some of the surface features and altering the shape and size of the other features.
“That’s really cool,” Wilson said.
“The solar system looks really good because of the way that we can control the shape, so it looks like it’s coming from a very different place.”
The simulations were built with the help of a library of solar system images, including images from the three SDO spacecraft, SDO-2, and SDO-3, which was launched in 2012.
The images were combined with an image from the Hubble Space Telescope to create a mosaic of the sky.
Wilson said the researchers were very excited about this study because the simulations were so accurate.
“What they’re showing is that we could build a really good model of the entire solar system using these data,” Wilson added.
“If we can use that to build models of the planets, maybe we can build a better model of what’s out there in the Solar Neighborhood,” Wilson continued.
“That’s what this paper is really about.”
The study was funded by the National Science Foundation and the NASA Planetary Science Division.