My Simple Explanation physics suggests that there is a proto-energetic source at the core of all galactic masses that feeds the aggregations that form planets, stars, and galaxies. I don't know about these particles coming out of Antarctica, but an alternate scenario could be that these particles are not flying through the Earth from deep space, but are being generated at the Earth's core by the proto-torus embedded there. These particles would, therefore, not be passing through Earth, but actually emerging from the torus at our planetary core, which is the actual source of Earth's gravity. Just my theory...
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| The Earth emits protoenergy from torus at core. This toroidal energy gives rise to particles as well as gravity. |
NASA
High above Antarctica, far from any human interference,
stands an antenna designed to find high-energy exotic particles from space as
they crash into the Earth’s atmosphere. Recently, the antenna has picked up a
couple of particles coming from the other direction—out of the ground. It's a
discovery that just might change physics forever.
NASA’s Antarctic Impulse Transient Antenna experiment was
built to find exotic particles like neutrinos falling from the sky. Such
particles rarely make it past the upper atmosphere, so scientists loft the
sensitive electronic equipment into the sky via high-altitude balloon. But when
scientists spotted high-energy particles coming from below,
that meant those particles must have traveled through the entire earth.
That's weird. There are some exotic particles like
neutrinos that aren’t fazed by ordinary matter. They pass through everything,
including the entire planet. In fact, billions of neutrinos from the Sun are
passing through your body right now and you don’t feel a thing. The catch is
that only low-energy neutrino particles can move very far
through other kinds of matter. High-energy particles, on the other hand, are
too energetic to make it through the atmosphere (much less the entire) without
colliding into something.
NASA's flying antenna detected two separate instances of
high-energy particles passing through the Earth, which shouldn’t be possible.
In fact, a new paper calculates that if those
observed particles were neutrinos, they would each have less than a
one-in-a-million chance of making it all the way through the Earth. And yet,
scientists spotted two of them.
One possible explanation, perhaps the only one that makes
sense, is a new type of particle scientists have never seen before. But a new
particle means new physics, which is a pretty big deal. New physics don’t show
up every day, so scientists are taking their time here. Currently, researchers
are speculating about what these new particles could be, trying to fit what
little data they have to predictions of theoretical exotic particles.
Those scientists will need more detections before they
come up with a solid conclusion. For now, we’ll just have to wait for the NASA
team in Antarctica to launch their balloon again so we can spot more strange
particles coming out of the Earth.
Source: LiveScience
