All components are made through the magitech craft table, that can be found in the various tutorial magitech ruins. Magitech can be used to make soul farms, teleporters, lights, displays, soul storage, and digital circuits all through logic gates. "That's very long for the public, but if you think on the timescale of exoplanet science, of astronomy - when you think of the first planet was discovered in 1995, this is going superfast," he added.Įmail Sarah Lewin at or follow her Follow us Facebook and Google+. Magitech is an ancient alien technology using souls as energy, and focused on digital systems. I think that there will be a point in which space and the ground are going to synergize closely - and I think that's going to happen on a timescale of five years." "You saw the results from ground-based observatories that are pushing to the edge - they have been very shy on saying, but their ability to control the turbulence is growing really fast, so they're approaching the space regime quickly. "I think the field is about to change very dramatically in the next years," Bendek added.
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In the meantime, NASA is continuing to work on telescope projects like WFIRST and LUVOIR that could pick out distant exoplanets, or closer ones, too. this technology to where it's ready for flight," he told. "We are hoping that over the next year or two we will demonstrate. The technology is approaching its longer-term goals, too, Belikov said after the presentation.
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Because of that, Belikov said, it could be used with large-scale telescope projects like NASA's Wide Field Infrared Survey Telescope (WFIRST) and the proposed Large UV/Optical/Infrared Surveyor (LUVOIR), and also enables smaller systems like the researchers' proposed project ACESat, a small space telescope optimized for imaging potentially habitable planets around Alpha Centauri.Īlpha Centauri is 2.4 times closer than the next-closest sun-like star and therefore offers a particularly tantalizing target: a direct imaging telescope could be much smaller, and 10 times cheaper, than what is needed to image potentially habitable planets around any other star, Belikov added.Īfter hitting the required milestones on mirror-only experiments, the team's next step is to combine the technique with a coronagraph, which the researchers plan to do by the end of spring. The team's algorithm doesn't require any additional telescope hardware, beyond in certain situations taking advantage of a common type of grating on the mirror. Adding a coronagraph, a telescope attachment which physically blocks one of the stars, would increase the image's contrast. By warping a deformable mirror in the right way, the researchers were able to suppress light from both stars in a small window. tested their new system of multi-star wavefront control on two light sources, shown here - the columns show just star A, star B and both at once.