Our solar
system now seems likely to be a rather well-ordered - it works like clockwork,
is predictable , and is quite soft in general. It was not always so, and not
always so in the future. In those first chaotic when they formed the proto -
proto sun - planets , the orbital dynamics were anything but orderly .
Collisions and close encounters between these proto Orphan definition- objects
and the associated interaction gravitational forces at play so some of snail in
the proto - sun, others in the gravitational dance troupe were thrown into a
kind of deep way the system proto - full solar .
In the future,
as our Sun and solar system , and hundreds of thousands of nearby suns " (
stars ) in orbit around the galactic center , the distances between the
variable stars , which sometimes come close enough to their respective
gravitational forces to cause another ball and throw monkey key in peace and
quiet and neat -ness of the respective star systems and debris ( like planets
orbiting suns their parents) . as in the past , some objects may be interrupted
and break off and fall into its sun, or be expelled from the sun's
gravitational control and come in any space and a lonely , endless night of
existence. Moreover, the removal process is alive and well in binary ( tug of
war ) star systems ( and there are many of them around) .
Although there
is nothing to say about these organizations unfortunate ( and ways of life - in
your case ) who get in their soles cataclysmic parents is not quite "the
end" of Orphan definitions now without sunshine. It could be multi -
thousands (or more) of the Orphan definitioned planets ( of all sizes and with
makeup ) in the past the light and space solar power a sun. It could be an
Orphan definition on a planet light years from us and never know or suspect
Orphan definition.
Orphan
definition planets could be organized in the depths of space alone? Well, if a
large interstellar dust and gas clouds are gravitationally collapsing to form a
star ( s ) and associated star system (solar ) , do not see why a small cloud
of interstellar dust gas could collapse to form an object of size of the planet
, probably a " failed star " , like Jupiter , possibly with moons.
From this, of course , it is easy to extrapolate and propose a Jovian 'failed
stars' may have smaller households (planets ) Form and same orbit - a solar system
nearly invisible . Or maybe it's just an Orphan definition planet associated
moons . Well definition amounts to the same thing - a rose by any other name
applies Orphan definition .
Whatever the
original source , conventional wisdom suggests that these Orphan definitions
should be dead , even though before the event, had life Orphan definition.
When I was a
high school biology student (1962-1963) , was absolutely gospel ( and declared
mismatch ) that our sun was the alpha and omega of existence of life on earth.
No sun , no life . All life depends ultimately photosynthetic plants which in
turn could not exist without sunlight . Still, I think I remember speculation
(Carl Sagan ? ) On the possibility of a non-photosynthetic ecology from the
atmosphere of Jupiter, which was a great joy without end - but it was not
jupiter photosynthetic broke the mold Orphan definition, but the old Mother
Earth same . While gospel is not the gospel more ! Today we know of
chemosynthesis ( organisms that can produce organic compounds from inorganic
substances and gain energy in the process. )
A well-known ,
but little understood , for example , colonies of microbes chemosynthesis
(nicknamed " rusticles ' ) eat the iron structure of the RMS Titanic ,
resting four kilometers below the surface of the North Atlantic. In one or two
generations , the famous wreck is largely consumed by microbes , no benefit
provided by our sun .
But a planet
Orphan definition has serious problems besides a lack of solar energy. What
about heat? Heat sources ( with the exception of a father sun ) include
gravitational contraction , radioactivity , chemical activity , friction, etc.
Therefore, the heat should not be too much of a problem for some planetary
residences Orphan definition. Rocky planets like Earth radioactive elements
that are part of its crust and interior, and the radioactive decay produces
heat, and the rock is a good insulator . I doubt that the chemical activity or
friction help a lot, but for planets the size of Jupiter , the gravitational
contraction means that such planets ( like Jupiter , Saturn and Neptune ) emit
more heat energy than they receive the sun .
Of course ,
friction may be a heat source, in some rare cases . Another scenario is
plausible if heat an Orphan definition planet had a satellite ( s ) of good
composition. The satellite ( s ) can be heated by friction courtesy tidal
forces your planet for Orphan definitions similar to what we see on Io and
Europa . These satellites are heated by tidal effects of Jupiter attractions within
these moons are bent and stretched and compressed , always alternating between
extremes . Resulting friction results in heating Orphan definition . An
alternative version could be two planets Orphan definitions approximately the
same size , which orbits relatively close to each other . Everyone would be
tidal heating time each , but only for a while. No thermal energy can be
produced from nothing , and the price paid would be increasing its orbital
separation until gravity so weak ties that would - for all intents and purposes
- two Orphan definitions different planets . Looks like our own Moon removed
from the Earth Mother Orphan definition, albeit very slowly , over time Orphan
definition.
However, the
heat tends to be the waste product of definitive end to the entire chain of
energy events . Heat alone is not useful as an energy source for living beings
, although very useful in contributing to the feeling of the environment in
which organisms grow as maintaining proper temperatures for liquid water or
biochemical reactions. I mean an infrared lamp can feel great , but will not
provide all the calories !
Orphan
definition!
Can we have a
source of the event life ( biogenesis ) of an Orphan definition planet ? Why
not , as long as you have the right chemicals , while mixing in a suitable
liquid medium (water most likely) , and an energy source ( s ) and time .
Thus, one could
have an Orphan definition planet biogenesis event , along with appropriate
chemicals and heat chemosynthesis . What do you want ! Well, there are
positive?
GENERAL -Orphan
definition BENEFITS
Are there any
obvious advantages to be a way of life on a planet Orphan definition? I think
so. What if your initial parent star was a variable star , or a very massive
star will have a very short life , perhaps ending a supernova - an Orphan
definition advantage . Maybe your initial orbit was so unbalanced ( elliptical
) that alternately frozen and fried - Orphan definition advantage .
Gravitational ( tidal ) locking - keep an ever went to one hemisphere point ,
for example the surface of its parent star - causing extreme temperatures, now
is irrelevant. The tilt of its axis ( which can also cause extreme heating /
cooling time is also relevant , as would be relatively soft , Solar lead , then
also live in deep space .. - a - visa packed full solar system debris greatly
reduces the impact of a type of nasty collision dense atmosphere of Jupiter
(Jupiter ) or thick layer of ice is probably a good protection against
radiation, but even a nearby supernova could be bad news .. also is isolated of
all kinds of nasty bug-eyed alien monster . they can easily find solar systems
, but not Orphan definitions. , in all cases , the Orphan definition planet are
not very desirable real estate in the alien invaders !
EARTH
So if the Earth
(experiment) has been expelled from the solar system (assuming first that
nothing could survive these forces to start ) and left in a vacuum of
interstellar space ?
It got very
cold very quickly . In fact , we would be exposed to temperatures close to
absolute zero within a fairly short .
All of our
oceans and freshwater bodies from freezing , but because the inner planet still
hot interstellar ( radioactivity and geothermal energy) , it is unlikely that
the oceans from freezing solid . In fact, the ice could isolate liquid water
under intense near absolute zero temperatures higher.
Most of the
likely constituents of the atmosphere freeze interstellar temperatures near
absolute zero. Of course , it could be " exploited " for necessities
such as oxygen.
EARTH -
LIFESTYLES
And if the land
had been ejected from the solar system and interstellar was traveling before
the man arrived at the scene. The whole ecology of photosynthesis and community
went overboard . All ecologies and communities , with the exception of the
surface to succumb to the intense cold chemosynthesis base could survive . In
other words , communities deep in the deep ocean or existing underground . There
would be a lot of chemosynthetic organisms , some invertebrates feed them,
maybe some of vertebrate fish eat them. A former dependent photosynthetic life
forms will now survive outside chemosynthetic producers , or go kaput .
Thusly ,
photosynthetic primary producers (plants ) will not survive , although some may
be kept artificially if they were beneficial to humans .
Land animals ,
plants and animals depend on the existing surface , especially large animals,
are doomed , but once again , a fraction is rescued by surviving so useful.
Marine
organisms can survive if they could get chemosynthetic food sources , or
whether they were beneficial to humans . Oh, that would eliminate most life
forms based on the ocean .
Humans could
survive ? Our technology could be close equalizer here . There is no doubt that
this would be a disaster of immense proportions . The carrying capacity of the
Earth would be considerably reduced . However, from geothermal and nuclear
energy to heat , and nurture chemosynthetic primary producers of food (mostly)
human civilization could continue.
EARTH - ENERGY
We still need a
source ( s ) of energy. Hydroelectric and tidal energy would for the tips, same
sun (obviously). Oil, gas and coal would not last long , and it would be difficult
to achieve in the circumstances anyway . Nuclear is likely to be the proverbial
" it " .
EARTH - ENERGY
How much would
you be able to maintain and grow our traditional photosynthetic plants in such
conditions? This culture is limited , but perhaps not entirely impossible .
It wastes
(smart energy ) of beef grass or grain chicken thigh . Probably should avoid
animal environment and consume grass or grain directly . In short , we would
need pure vegetarian .
EARTH - LIFE
With resources
stretched , many lifestyle and luxury lifestyle would go by the board. Pets are
probably out , and therefore would be of speculation, idem vacation and
inefficient appliances . Entertainment could be considered an unnecessary use
of scarce resources.
EARTH -
TRANSPORT
There would be
little in the way of a land vehicle . It can be difficult to operate the types
of land vehicles that are used at temperatures close to absolute zero. The
airline would be as little atmosphere (probably hydrogen / helium) is talking -
probably almost empty , all possible effects. He could be our boats in sea ice
, but maybe even submarines could exist in the ice universal travel .
Orphan
definition EARTH - LONG TERM
In the longer
term , of course , the radioactivity decays away from stable atoms , geothermal
heat leaks into the space - the final destination, a cold, dark life on Earth
exists in the eternal night . But the ultimate future is not much better in the
inner solar system . If the soil stays where it is present, its last death fry
as the sun runs out of energy, but first extends out beyond the orbit of Earth
. Therefore, frying or gel - is one or the other. In fact , our final
destination is like a miniature of the entire cosmos , which will experience a
Big Crunch (FRY ) or increase forever , which results in a cosmological heat
death (gel ) .
Orphan
definition CONCLUSIONS
One day in the
not too distant future , it will be fairly simple exercise to compare the solar
system - which is a typical solar system , which is an unusual solar system ,
what the overall fraction of the terrestrial planets , ie the fraction of
planets like Jupiter , asteroid belts or Oort cloud , how old is typical solar
system , so a fair representative data points are at hand . However, the
central questions that the typical world and a haven for life is still
difficult to answer, because this population of Orphan definition planets ( and
age too) will take time to resolve .
