Australian Exploration Company Believes It May Have Found MH370 Wreckage
First time accepted submitter NapalmV (1934294) writes "Using technology designed to find nuclear warheads and submarines, an Adelaide-based exploration company believes it may have located the wreckage of Malaysia Airlines flight MH370. 'The company, GeoResonance, says its research has identified elements on the ocean floor consistent with material from a plane. Six weeks have now passed since the plane disappeared and extensive searches in the Indian Ocean have failed to locate any wreckage.'"
that I simply don't care anymore? After weeks of CNN jumping at every bit of trash in the ocean, I simply do not care about this plane anymore. Toss a couple wreaths into the water and call it done.
"Have you ever thought about just turning off the TV, sitting down with your kids, and hitting them?"
There is absolutely no doubt that flight 370 was electronically hijacked and flown through the Maldives and on to Diego Garcia. There is also no doubt that there was a plan to use at least the image of flight 370 to crash the nuclear summit in Belgium and blame it on Iran, and that the Dutch intercepted the crash craft before it arrived. This report is documented accurate. There will be a lot here, briefly discussed that you have not seen before. If you were looking for a concise report that will give a clear picture, this sums it all up.
Courtney Love did indeed spot wreckage. But she was looking in a mirror.
Have gnu, will travel.
The pings are relatively hard evidence because nothing else could have made them (except, for the conspiracy theorists among us, a submarine deliberately spoofing the signal emitted by black boxes). Also, they are consistent with the satellite data. Finding chemical elements that are used in the construction of airplanes off the coast of Bangladesh, which is very polluted and in a general area where ships are being scrapped on the beaches? Neither hard evidence nor consistent. Free advertisement for GeoResonance, that's all what this is.
Yes. The next step I'd take is to dip a 37 kHz pinger down to the bottom at a number of locations, measure the received audio signature and build an acoustic model of the area. Then run the actual pinger data back through the model and generate a probability map of where it might be located.
Only problem with this approach: thermoclines change. And we don't have good models for how they do.
Have gnu, will travel.