#Nasa picture of the day kepler Patch

Also in a metal hollow ball any object inside will float since a cage of varraday will not gave any magnetic field inside the cage itself! And next to a MRI scanner that creates the biggest magnetic field in the world, things that are none-magnetic should start to float! Also luckily that we point our magnets horizontal since if we orient them vertially they will point to the heaven! And also EU predicts that people at the equator will float since the birkley currents arrive at the poles so and moves through the earth to the other side so all our water in the sea are attracted to the polar regions.NASA's Kepler mission has verified 1,284 new planets - the single largest finding of planets to date. So accorrding to EU theory you could prove this gravity by just sticking a voltage meter in the ground and measure the electricity going through the ground. Now since you need a magnetic field, you need moving electrons thus electricity to squash the subtrons to these elongated electrons that becomes these static dipoles that will align themselves aka magnets causing gravity. Once these steps are complete, the planet hunt will begin.ДЄnd here comes the clue, where does this magnetic field come that squashes the internal orbits of the subtrons? Well of course by electricity, since moving electrons causes magnetic fields. Scientists and engineers will spend the next few weeks calibrating KeplerвЂ™s science instrument, the photometer, and adjusting the telescopeвЂ™s alignment to achieve the best focus. вЂњOur images are road maps that will allow us, in a few years, to point to a star and say a world like ours is there.вЂќ вЂњEverything about Kepler has been optimized to find Earth-size planets,вЂќ said James Fanson, KeplerвЂ™s project manager at NASAвЂ™s Jet Propulsion Laboratory in Pasadena, Calif. While some of the slightly saturated stars are candidates for planet searches, heavily saturated stars are not. Images from the camera are intentionally blurred to minimize the number of bright stars that saturate the detectors. Its 95-megapixel camera, the largest ever launched into space, can detect tiny changes in a starвЂ™s brightness of only 20 parts per million. To find the planets, Kepler will stare at one large expanse of sky for the duration of its lifetime, looking for periodic dips in starlight that occur as planets circle in front of their stars and partially block the light. This image zooms in on a region containing a star, called Tres-2, with a known Jupiter-like planet orbiting every 2.5 days. The mission is the first with the ability to find planets like ours - small, rocky planets orbiting sun-like stars in the habitable zone, where temperatures are right for possible lakes and oceans of water. It is expected to find a variety of worlds, from large, gaseous ones, to rocky ones as small as Earth. Kepler will spend the next three-and-a-half years searching more than 100,000 pre-selected stars for signs of planets. вЂњWe expect to find hundreds of planets circling those stars, and for the first time, we can look for Earth-size planets in the habitable zones around other stars like the sun.вЂќ

вЂњItвЂ™s thrilling to see this treasure trove of stars,вЂќ said William Borucki, science principal investigator for Kepler at NASAвЂ™s Ames Research Center at Moffett Field, Calif. The regions contain an estimated 14 million stars, more than 100,000 of which were selected as ideal candidates for planet hunting. This image shows KeplerвЂ™s entire field of view - a 100-square-degree portion of the sky, equivalent to two side-by-side dips of the Big Dipper. These images were taken on April 8, 2009, one day after KeplerвЂ™s dust cover was jettisoned.

#Nasa picture of the day kepler Patch

The image above zooms into a small portion - just 0.2 percent вЂ“of KeplerвЂ™s full field of view, and shows an an expansive, 100-square-degree patch of sky in our Milky Way galaxy, and a cluster of stars located about 13,000 light-years from Earth, called NGC 6791, can be seen in the upper right corner. вЂњTo be able to see millions of stars in a single snapshot is simply breathtaking.вЂќ вЂњKeplerвЂ™s first glimpse of the sky is awe-inspiring,вЂќ said Lia LaPiana, KeplerвЂ™s program executive at NASA Headquarters in Washington. One image shows millions of stars in KeplerвЂ™s full field of view, while two others zoom in on portions of the larger region. These first images show the missionвЂ™s target patch of sky, a vast starry field in the Cygnus-Lyra region of our Milky Way galaxy. W00t! Kepler has seen first light! The spacecraft has taken its first images of the star-rich sky where it will soon begin hunting for planets like Earth.