PolarGAP Project : Mainstream science admits to Satellite "Blind Spot" over the Poles

List members , it is very , very rare for the mainstream science establishment to acknowledge a "GAP" or ignorance in their understanding of the Earth's structure . Here is one very tantalising example of that - the PolarGAP study done by the ESA (European Space Agency) , NASA's counterpart in Europe . I'm afraid this post requires a patient & careful reading .

The main objective of the PolarGAP project was to complete the gravity map of the Earth done by GOCE satellite again of the ESA . I read in a separate article that the gravity map of Earth was till recently during the cold war era kept as "Classified information" by the superpowers...hmm - why ??!

***Let me go out on a limb here and put my personal credibility on the line - this PolarGAP data will one day force the mainstream establishment to admit to Hollow Earth (but by when , nobody knows !) . So record this date of 31st May 2018 and hold me to this statement . I'm just making it sound more dramatic :)) but on a more serious note , I have full conviction on this claim .

Well , while these articles enclosed below talk about new geological features they discovered near South Pole under the Antarctic ice sheet , that is (surprisingly) NOT the thrust of my post here . There is something much , much , much more significant that the mainstream scientists have conceded in this study - read carefully the sections I have highlighted in red (pardon my excitement) . They have officially admitted for the first time EVER to the "Satellite Blind Spot" beyond 83 degrees North or South Latitude which we Hollow Earthers have suspected ALL along :))

Next logical question would be , why this satellite blind spot . Why is it so difficult for satellites to fly directly over the Poles at 90 degrees latitude North & South respectively....?? well the answer gives another powerful clue about Hollow Earth . The science establishment says there are "some electromagnetic anomalies" directly over the Poles that could short circuit and damage electronic equipment onboard satellites . Just google "Cleft ion fountain" at Earth's poles and you will get the answer why - electrically charged particles shooting out of both the Polar openings at escape velocity can fry any electronic device passing directly over them . NASA learnt this the hard way back in the 1960s when ALL their satellites launched in a Polar orbit started crashing .

https://youtu.be/d4E5T9PSbo0 (Must watch video for Earth's gravity map , like that of a geode & totally irregular , potato shaped)

PolarGAP team flew across the landscape to map depths over an area of Earth that satellites cannot see (even so called "transpolar flights" by civilian airliners NEVER venture beyond 87 degrees)

The last major unknown region on Earth has just been surveyed: the South Pole.

Although the Americans have had a base at the bottom of the planet for decades, what lies underneath the thick ice there has been a mystery.

Now, European scientists have flown instruments back and forth across the pole to map its hidden depths.

As well as finding previously unknown valleys and mountains, the team says it has acquired important data that will have uses far from Antarctica.
Known as PolarGAP, the project was largely funded by the European Space Agency (ESA) to gather measurements over an area of Earth that its satellites cannot see, as they generally only fly up to about 83 degrees in latitude.

In particular, ESA wanted to understand the pole’s gravity field, to complete the dataset gathered by its recent gravity-sensing spacecraft, GOCE.
But in plugging this data hole, the project has also now helped scientists to realise their century-long quest to describe how the pull of gravity varies across the entire Earth.

René Forsberg from the National Space Institute at the Technical University of Denmark (DTU-Space) said gravity data was fundamental knowledge needed to understand height across the planet. GPS and other satellite systems depended on having a universal reference, he explained.

“The PolarGAP data will make future global models much more accurate, and together with similar data collected over decades in the Arctic, including data from recent [U.N. treaty] activities and declassified gravity data from the Cold War, secure 100% global coverage,” he told BBC News.

To get its information, the PolarGAP team flew an instrumented Twin-Otter plane across the polar landscape in grid lines that totalled some 30,000 km.

As well as gravity and magnetic sensors, the airborne campaign carried a radar and a laser altimeter.

The radar provides insights on the layers and total thickness of the ice sheet. It also maps the shape of the rock-bed and gives some information on the movement of water at the ice-rock interface.

Gravity data helps determine the thickness of the crust — the platform on which Antarctica stands. Magnetics is complementary and says something about the presence of magmatic rocks and sedimentary basins.

The laser captures the shape of the top ice surface.

Much of this data is still being processed, but already the team can confirm the existence of a vast basin that appears to play a key role in controlling the flow of ice towards the ocean.

“It’s an over 1,000km-long basin that extends from the Weddell Sea right down to the pole,” said British Antarctic Survey team-member Fausto Ferraccioli.

“It’s really one of the major features of the Antarctic continent and it’s likely to have very large significance because it underlies some of the fastest flowing ice streams in this region.”

The survey’s information — which was presented this week at the American Geophysical Union meeting in San Francisco — will have multiple applications.

One will be to help guide a hunt for the oldest ice on the White Continent — ice that’s perhaps a million and a half years old. Its chemistry would provide important new insights on how Earth’s climate has changed.

Another use will be to assist geologists in their choice of location to drill to the rock-bed. No-one has yet pulled up rock samples from under the middle of the Antarctic ice sheet. — New York Times News Service

Regards