MIRACLE OF LORD SANEESWARA!!! A True Story From Nasa!!! It - TopicsExpress



          

MIRACLE OF LORD SANEESWARA!!! A True Story From Nasa!!! It is about an unexplainable scientific observation from NASA (USA) about our Thirunallar temple of Saneeswara ! It is a true, unbelievable observation. A few years ago US sent a satellite which kept revolving round our globe & whenever it crossed right above the spot of Thirunallaar ( East Coast Divine place of Tamil Nadu) it staggers, moves forward very slowly for a while ! NASA observed it and was puzzled! It is also said that during the SANI- PEYARCHCHI , a most sacred festival of the place, say once in 30 months , a very dense UV rays falls from the Space on the place ( it seems there is always a greater flow of UV rays compared to the quota received by any other part of our earth at that place ; and during the said festival the density gets more!) No explanations from the Scientists. Just accept it as a miracle . It is not a fiction. Why this is a well crafted hoax? 1. The basic premise of the hoax is that Shani is a powerful god and he slows down the satellite exactly near Thirunallar. If he was so powerful, then the same thing should happen when that satellite crosses Shani Shinganapur or when it crosses that 20 Ft statue situated at Yedanur Village in Andhra Pradesh or whenever it crosses all these temples listed in this wiki article. en.wikipedia.org/wiki/Shani 2. The hoax doesn’t tell you which satellite it is. But the truth is all satellites might get slow when it crosses Thirunallaru. In fact, satellites don’t slow down but they tend to lean in longitudinal angles when they cross 1000s of places in this world. Our Earth is not a perfect sphere, there are gravitational anomalies all over the surface of the earth. These anomalies affect various satellites. NASA itself has started a mission along with German Aerospace Center named GRACE – Gravity Recovery and Climate Experiment that has twin satellites named Tom and Jerry that revolve around our Earth 15 times a day to measure gravitational pull of the earth’s surface Check out the way how GRACE works in this Wiki article and you will be definitely fascinated en.wikipedia.org/wiki/Gravity_Recovery_and_Climate_Experiment If you want a bigger explanation about this – you can read it all from this Physics Forum thread. physicsforums/showthread.php?t=539887 To quote some of the answers, Irregularities in the Earth’s gravity field effectively create bulges near 11 degrees longitude and 162 degrees East longitude (or at least putting the bulges there allows us to model the perturbations mathematically). Having a bulge in front of the satellite would ‘speed it up’ (although add energy would be a better term). Because speeding a satellite up increases its orbital size, and therefore its orbital period, it falls behind the Earth’s motion and drifts towards the ‘valleys’. Having a bulge behind the satellite ‘slows it down’. Slowing a satellite down likewise decreases its orbital period causing it to also drift towards one of the ‘valleys’ from the opposite side. Technically, all satellites are affected by irregularities in the Earth’s gravity field, but this particular perturbation is about a 65 meter difference. Thus, it’s only pertinent to satellites that are exposed to the same part of the Earth 24 hours a day, 7 days a week. It may be a small perturbation, but its effect builds up over time. Thirunallar sits at 80 degrees East longitude, so it isn’t a perfect fit for a legend like this, but it does have a cool temple. and this one So, yes, there is a grain of truth to this. BobG is talking about the J22 sectorial harmonic, which is the primary culprit for these stability points. The Earth is not a perfect sphere. A better approximation is an oblate spheroid. The mass distribution is not exactly that of an oblate spheroid, either. One way to look at the J22 sectorial harmonic is that Eurasia+Africa, the Pacific, the Americas, and the Atlantic create for a gravitational potential that depends on longitude. Think of quartering an orange. The J22 sectorial harmonic represents the fact that these quarter chunks of the Earth have slightly different mass distributions.
Posted on: Sat, 27 Dec 2014 12:32:23 +0000

Trending Topics



Recently Viewed Topics




© 2015