/sci/ - Science & Math

It would weigh about as much as your mother.

>>1574452
HURR DURR SO FUNI XD

Maybe I should try this when all the MURRICAN kids are asleep.

The M sun would not survive.

offspring of a collision of an M star and an O star would be still an O star.

Just like the collision of a prius and a >2 ton truck would still be a >2 ton vehicle.

you fucking newfags!
Lava and ICE !!!
FUckiNG LAVA AND ICE!!!1!1!one!!1

>>1574528
Diamond, the hardest metal know to man.

>>1574528
backinmydaytrollingmeantsomething.jpg

>>1574534
same shit as an iron car and an iron wall.

>>1574534
Also I know this is a troll post, but it would be the same as hitting an iron wall with an iron car, wooden wall with a wooden car, etc, etc, etc

>>1574452
The O star would survive with no lasting effects.
The M star, however, would not survive.

>>1574569
They would both die within minutes because neither of those are stable elements.

>>1574569
that's a comet, not a sun.

>>1574569
A helium-1 sun would not even EXIST

PURPLE SUN

>>1574569
Nothing would happen because it's IMPOSSIBLE for a sun to survive when made of such an unstable element.

Had you said Helium-3 and Helium-4, however, we might actually have grounds for some discussion

>>1574595
100% efficient destruction.

>>1574595
I have no idea, but it would probably be totally fucking awesome to watch from afar.

>>1574595
Provided they were of the same size, mass, and volume, it would probably end in complete and utter annihilation of both.

You would be left with, quite literally, NOTHING.

>>1574611

I'm pretty sure a shitton of gamma radiation would be "something".

>>1574611
Actually you would be left with lots and lots of energy.

>>1574595
A UNIVERSE WOULD BE BORN

>>1574620
>>1574623
So, the consensus is, we start merging shittons of antimatter and matter to produce free energy?

>>1574633
Except there are only a few atoms of natural antimatter left in the entire universe, and it's EXTREMELY difficult to create more.
You would need more energy to create the antimatter than would be produced by the antimatter-matter fusion

>>1574643
A few atoms.

>>1574639
Define "more"

>>1574633
>free energy
>free
Who the hell said "free"?

>>1574633
Except it would take like 6 years to create a single particle of antimatter.

>>1574539
Lrn2ellastic collision

>>1574639
>Except there are only a few atoms of natural antimatter left in the entire universe,

There's an entire nebula of anti-matter located near our galaxy's core.

anti-matter hasn't been reduced to nothing, it still forms naturally. There's a lot more than a couple atoms of the stuff floating around.

Scientists claim antimatter is the costliest material to make. In 2006, Gerald Smith estimated 250 million dollars could produce 10 milligrams of positrons (equivalent to $25 billion per gram); and in 1999 NASA gave a figure of $62.5 trillion per gram of antihydrogen. This is because production is difficult (only a few antiprotons are produced in reactions in particle accelerators), and because there is higher demand for the other uses of particle accelerators. According to CERN, it has cost a few hundred million Swiss Francs to produce about 1 billionth of a gram (the amount used so far for particle/antiparticle collisions).

Several NASA Institute for Advanced Concepts-funded studies are exploring whether it might be possible to use magnetic scoops to collect the antimatter that occurs naturally in the Van Allen belt of the Earth, and ultimately, the belts of gas giants like Jupiter, hopefully at a lower cost per gram.

No.

>>1574653
Granted, antimatter is still extremely rare to find naturally, extremely hard to harvest when it IS found, and extremely costly to artificially produce.

>>1574654

They will merge to form a supergalaxy. FUCK YEAH.

>>1574654

Either they pass unharmed, the Milky Way is trapped in Andromeda, or they make an elliptical galaxy.

Don't know which one specifically.