paul defourneaux
08-05-00, 04:49 PM
The Urantia Book mentions that collisions between stars can revivify
stellar action.
"8. Burned-out Suns. Some of the dark islands of space are
burned-out isolated suns, all available space-energy having
been emitted. The organized units of matter approximate full
condensation, virtual complete consolidation; and it requires
ages upon ages for such enormous masses of highly condensed
matter to be recharged in the circuits of space and thus to
be prepared for new cycles of universe function following a
collision or some equally revivifying cosmic happening."
(UB171:6)
"Such dead or dying suns can be rejuvenated by collisional
impact or can be recharged by certain nonluminous energy
islands of space or through gravity-robbery of near-by smaller
suns or systems. The majority of dead suns will experience
revivification by these or other evolutionary techniques."
(UB465:2)
Evidence for this has been recently discovered. There is an article
entitled "The smashup that rejuvenates" in the July 22, 2000 issue of
Science News (Volume 158, p59). I quote:
"For elderly stars, the fountain of youth may be only a
collision away.
Evidence for the rejuvenating power of collisions comes from
studying bright, young-looking stars residing in globular
clusters, the oldest stellar groupings in the Milky Way. For
nearly 50 years, astronomers examining globular clusters
have encountered a paradox. Even though massive stars go for
the gusto, burning brightly and dying out in just a few million
years, several keep on shining in the dense cores of these
clusters, which may be as old as 16 billion years.
According to theory, no star heavier than 80 percent of the
sun's mass should reside in an ancient globular cluster. Yet,
astronomers have fund resident bright stars, known as blue
stragglers, that are nearly twice as massive as the sun and
one-tenth the age of the clusters.
Theorists have suggested that the merger of old, lower-mass
stars led to the recent formation of the stragglers. There
are two ways such a merger can happen, notes Rex A. Saffer of
Villanova (Pa.) University. In one model, two stars that are
tightly orbiting each other succumb to the pull of gravity
and coalesce. In the second scenario, two or more completely
independent stars smash into one another and merge.
Recent calculations have favored the collision hypothesis, but
it remained unproven until now.
Saffer and his colleagues used the Hubble Space Telescope to
peer into the Milky Way globular cluster NGC 6397, which
contains about 100,000 stars and lies some 8,500 light years
from Earth. They confirmed that five blue stragglers reside
in the cluster's core. Four of them weigh about twice as much
as the most massive stars that theorists calculate could
survive in the cluster. The mass of the four stragglers could
be accounted for by either collisions or coalescence.A fifth
straggler, however, turns out to be so massive that it could only
have formed by the collision of three or more stars, Saffer's
team calculates. He and his colleagues reported the findings
last month in Rochester, N.Y., at a meeting of the American
Astronomical Society.
"Our result is especially exciting because stellar collisions
have long been predicted on theoretical grounds" but evidence
has been scant, says Saffer. "To our knowledge, this is the
first observation of the product of these stellar smashups."
-R.C."
All of this was published 45 years before science had even the technology to theorize or even see it happening in our own galaxy.
If you wish to learn more go to this site:www.urantia.org
Machaiventa Speaks :D :D :cool: :p :p :p
It appears that this is a case of current science verifying a statement
presented as fact by the revelators 45 years ago.
------------------
[This message has been edited by paul defourneaux (edited August 05, 2000).]
[This message has been edited by paul defourneaux (edited August 05, 2000).]
stellar action.
"8. Burned-out Suns. Some of the dark islands of space are
burned-out isolated suns, all available space-energy having
been emitted. The organized units of matter approximate full
condensation, virtual complete consolidation; and it requires
ages upon ages for such enormous masses of highly condensed
matter to be recharged in the circuits of space and thus to
be prepared for new cycles of universe function following a
collision or some equally revivifying cosmic happening."
(UB171:6)
"Such dead or dying suns can be rejuvenated by collisional
impact or can be recharged by certain nonluminous energy
islands of space or through gravity-robbery of near-by smaller
suns or systems. The majority of dead suns will experience
revivification by these or other evolutionary techniques."
(UB465:2)
Evidence for this has been recently discovered. There is an article
entitled "The smashup that rejuvenates" in the July 22, 2000 issue of
Science News (Volume 158, p59). I quote:
"For elderly stars, the fountain of youth may be only a
collision away.
Evidence for the rejuvenating power of collisions comes from
studying bright, young-looking stars residing in globular
clusters, the oldest stellar groupings in the Milky Way. For
nearly 50 years, astronomers examining globular clusters
have encountered a paradox. Even though massive stars go for
the gusto, burning brightly and dying out in just a few million
years, several keep on shining in the dense cores of these
clusters, which may be as old as 16 billion years.
According to theory, no star heavier than 80 percent of the
sun's mass should reside in an ancient globular cluster. Yet,
astronomers have fund resident bright stars, known as blue
stragglers, that are nearly twice as massive as the sun and
one-tenth the age of the clusters.
Theorists have suggested that the merger of old, lower-mass
stars led to the recent formation of the stragglers. There
are two ways such a merger can happen, notes Rex A. Saffer of
Villanova (Pa.) University. In one model, two stars that are
tightly orbiting each other succumb to the pull of gravity
and coalesce. In the second scenario, two or more completely
independent stars smash into one another and merge.
Recent calculations have favored the collision hypothesis, but
it remained unproven until now.
Saffer and his colleagues used the Hubble Space Telescope to
peer into the Milky Way globular cluster NGC 6397, which
contains about 100,000 stars and lies some 8,500 light years
from Earth. They confirmed that five blue stragglers reside
in the cluster's core. Four of them weigh about twice as much
as the most massive stars that theorists calculate could
survive in the cluster. The mass of the four stragglers could
be accounted for by either collisions or coalescence.A fifth
straggler, however, turns out to be so massive that it could only
have formed by the collision of three or more stars, Saffer's
team calculates. He and his colleagues reported the findings
last month in Rochester, N.Y., at a meeting of the American
Astronomical Society.
"Our result is especially exciting because stellar collisions
have long been predicted on theoretical grounds" but evidence
has been scant, says Saffer. "To our knowledge, this is the
first observation of the product of these stellar smashups."
-R.C."
All of this was published 45 years before science had even the technology to theorize or even see it happening in our own galaxy.
If you wish to learn more go to this site:www.urantia.org
Machaiventa Speaks :D :D :cool: :p :p :p
It appears that this is a case of current science verifying a statement
presented as fact by the revelators 45 years ago.
------------------
[This message has been edited by paul defourneaux (edited August 05, 2000).]
[This message has been edited by paul defourneaux (edited August 05, 2000).]