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Thread 16705762

22 posts 4 images /sci/
Anonymous No.16705762 [Report] >>16706426 >>16706473 >>16706490 >>16706847 >>16706956 >>16706966 >>16708796 >>16708809 >>16709997 >>16710067
We fug.
PRISON SOLAR SYSYEM
Anonymous No.16706426 [Report] >>16706430 >>16706508
>>16705762 (OP)
source?
Anonymous No.16706430 [Report] >>16706452
>>16706426
in before temperature is a measure of the average energy per atom. now, there are five to eight atoms per cubic meter out there, but at least they are verrrry energetic.
Anonymous No.16706452 [Report]
>>16706430
take your meds grifter
Anonymous No.16706473 [Report]
>>16705762 (OP)
We can't even populate one planet so it doesn't matter for now.
Anonymous No.16706490 [Report]
>>16705762 (OP)
Ancient news.
>While not a hard edge, or a "wall" as it has sometimes been called, here both spacecraft measured temperatures of 30,000-50,000 kelvin (54,000-90,000 degrees Fahrenheit), which is why it is sometimes also referred to as a "wall of fire". The craft survived the wall as, though the particles they measured were extremely energetic, the chances of collision in this particle-sparse region of space are so low that not enough heat could be transferred to the duo.
For some reason IFLScience published a new article about this with no new information. Other fringe blog style sites have picked it up and are republishing it.
Anonymous No.16706508 [Report] >>16706509
>>16706426
Voyager 1
>lrn2read
Anonymous No.16706509 [Report]
>>16706508
no link -> ai slop
Anonymous No.16706847 [Report] >>16706853 >>16706958 >>16706959
>>16705762 (OP)
How do atoms that fast stay in place as a cloud? Thats much greater than escape velocities, they would fuck off to outer space
Anonymous No.16706853 [Report] >>16706891
>>16706847
they are trapped in the sun's magnetosphere
Anonymous No.16706891 [Report]
>>16706853
magnetism isnt infinitely strong, i think these particles do eventually escape but are refilled by the solar wind, meanwhile they are travelling parallel to magnetic field lines bouncing back and forth from the sun
Anonymous No.16706956 [Report]
>>16705762 (OP)
What is this, sun's Van Allen belts?
Anonymous No.16706958 [Report]
>>16706847
>stay in place
That isn't how the heliopause works. Bow shock.
Anonymous No.16706959 [Report] >>16708813
>>16706847
atoms aren't real
Anonymous No.16706966 [Report] >>16708812
>>16705762 (OP)
These idiots can't simply explain the obvious reason for it
More click bait faggotry
All news media deserves the rope
Anon !BnHIWobTBQ No.16708796 [Report]
>>16705762 (OP)
just have to extract energy and overpopulate the solar system. Would need concurrently to reoptimize human fertility after the vaxxxening fucking it up.
Anonymous No.16708809 [Report]
>>16705762 (OP)
How long until Voyager 1 melts or evaporates?
Anonymous No.16708812 [Report]
>>16706966
Journalism was once about reporting important truths before tech companies colluded with governments to silence dissent. Now it is a vehicle for clickbait nonsense while important truths are silenced by online censorship.
Anonymous No.16708813 [Report]
>>16706959
If they can't control all discussion absolutely they will poison the well with nonsense like this so any sort of credibility is questioned.
Anonymous No.16709997 [Report]
>>16705762 (OP)
NASA's Voyager spacecraft did encounter a region of extremely high temperature, described as a "wall of fire," at the edge of our solar system, specifically at the heliopause. This region shows temperatures between 30,000 and 50,000 Kelvin (54,000 to 90,000 degrees Fahrenheit).
Despite the high temperatures, the density of
particles in this region is very low, so the spacecrafts did not experience significant heating as they passed through it.

This is the boundary where the solar wind, a stream of charged particles from the sun, meets the interstellar medium, the gas and dust between stars.

The collision of these winds creates a region of extremely high temperature, reaching 30,000 to 50,000 Kelvin.

While the temperature is very high, the density of particles in this region is very low. This means there are relatively few particles to collide with the spacecraft, preventing significant heating.

There, straight from NASA. Nothing to worry about.
Anonymous No.16710055 [Report]
Nigga what the fuck is temperature? If I were to fly through that 30000K space in my PJs, without hitting any particles, would I feel hot or cold? What if a single particle were to hit me? Would I die or would I not feel it?
Anonymous No.16710067 [Report]
>>16705762 (OP)
>impossible for us to cross
really? Isn't it similar to the Van Allen Belts, where there are so few atoms that while they do have a fuckton of energy individually they can't really transfer much of it to anything.