lopollo wrote:
> Danijel Turina wrote:
>> forkk wrote:
>>> "Blues"  wrote in message
>>> news:gqvnfh$lih$1@ss408.t-com.hr...
>>>> "Danijel Turina"  wrote in message
>>>> news:gqvb2s$ema$1@solani.org...
>>>>> Ali ekscentrični vanjski planet na kojem stanuju zli vanzemaljci koji
>>>>> unatoč prosječnoj temperaturi od -230°C na toj svojoj transplutonskoj
>>>>> planeti povremeno vole jebati ženke Homo Erectusa koje im šljakaju u
>>>>> rudnicima fantomskih zlatnih izotopa, mislim, ... :))))))
>>>> klap, klap... Vrlo efektan poen.
>>>>
>>> Kakav poen? Prije svega, nitko ne zna kakav je to planet, i ne može
>>> pouzdano tvrditi da temperatura mora iznositi -230°C.
>>> Uvijek mogu postojati geotermalni izvori ili nešto drugo.
>>
>> :))))))))
>> Elvise to ti je u najboljem slučaju u Kuiperovom pojasu ako ne i u
>> Oortovom oblaku. Prosječna temperatura na Plutonu, koji je najbliži, je
> 
> 
> Samo da ti napomenem: Kuiperov  pojas kao i OOrtov oblak su za sada samo
> teorije ili pretpostavke. Jos nije dokazano da postoje.

Ne; Oortov oblak je teorija, Kuiperov pojas stvarno postoji i preko
tisuću objekata u njemu je poznato.

http://en.wikipedia.org/wiki/Kuiper_belt


Since the first discovery in 1992, the number of known Kuiper belt
objects (KBOs) has increased to over a thousand, and more than 70 000
KBOs over 100 km in diameter are believed to reside there.[5] The Kuiper
belt was initially believed to be the main repository for periodic
comets, those with orbits lasting less than 200 years. However, studies
since the mid-1990s have shown that the Kuiper belt is dynamically
stable, and that it is the farther scattered disc, a dynamically active
region created by the outward motion of Neptune 4.5 billion years ago,
that is their true place of origin.[6] Scattered disc objects such as
Eris are KBO-like bodies with extremely large orbits that take them as
far as 100 AU from the Sun. The centaurs, comet-like bodies that orbit
among the gas giants, are believed to originate there. Neptune's moon
Triton is believed to be a captured KBO.[7] Pluto, a dwarf planet, is
the largest known member of the Kuiper belt. Originally considered a
planet, it is similar to many other objects of the Kuiper belt, and its
orbital period is identical to that of the KBOs known as "Plutinos".


-- 
http://www.danijel.org/