Cannon balls

[beekeeper]

Greetings EU pilgrims, here is an article from NASA where they basically describe Walter Thornhill creation of gas giants.
http://m.phys.org/news/2016-10-hubble-g ... -star.html# hope this link works regards Beekeeper

[neilwilkes]

Still they stick to the same tired old cobblers though:

The fireballs present a puzzle to astronomers, because the ejected material could not have been shot out by the host star, called V Hydrae. The star is a bloated red giant, residing 1,200 light-years away, which has probably shed at least half of its mass into space during its death throes. Red giants are dying stars in the late stages of life that are exhausting their nuclear fuel that makes them shine. They have expanded in size and are shedding their outer layers into space.

How much longer will this "nuclear furnace" nonsense prevail?

[beekeeper]

Well canon balls: I believe their description relatively speaks of their mind set. As e=mc2 is relative to a balistic equation.

[FS3]

Some analysis in German about those "hot" blobs of gas (sic!), ejected by a Red Giant.

LIAR, LIAR YOUR BALLS ARE ON FIRE...



Goes along perfectly with one of the latest TPODs about Alpha Orionis

Do we experience the "birth" of new gas planets here?

Most probably...

FS3

[D_Archer]

I would not rush to interpret this as creation of anything nor apply Wals view of how gas giants are formed, he could be very wrong about this, we only really know that stars form in pinches, there is no evidence for planet formation in pinches and also not for formation out of other stars, only assumptions.

And no rushing for interpretation because mainstream has no idea what they are looking at and these reports can not be trusted.

What we do know from red stars is that they are much closer to us then mainstream thinks, so even if there are blobs, they are probably not that big, red stars are dwarf stars, smaller then our sun.

What we also know is that red stars can be flare stars, so most likely the star is just flaring expelling large amounts of matter in CME events.

Regards,
Daniel