My answer will not be very helpfull. But we have no idea what so ever about what will happen in this scenario. We have still a long way to go in even figuring out what dark matter is. Dark matter is to us only the knowledge that there has to be something more out there somewhere.
~Stenpung~
since dark matter has mass and is infact matter it would react just like normal matter would, and it would have the same explosive results as matter and antimatter ...
it is also possible that they are infact the same thing in which case nothing would happen...
~c1c2c3c4c~
If antimatter collides with matter the mass of both particles is exchanged for energy e=mc2.
Antimatter is a destructive element. When it collides with an object, it would cause an explosion equivalent to a 5 megaton nuclear warhead. Then the mass of the explosion would collapse in on itself producing a miniature black hole that could last anywhere from a few seconds to eternity. Of course, this is all theoretical.
If by 'strange matter' you mean some kind of exotic matter with negative mass, then I'm not sure that's possible to begin with: the force repelling the matter away from the black hole would increase asymptotically with its approach. Near the event horizon, that force would be millions of Newtons.
Probably not, though since we don't really know what dark matter is, it's conceivable. We expect, though, that mainly what will be emitted is photons, which are not dark matter.
Matter from your body would react violently with antimatter, producing an enormous (and lethal) amount of energy. Even a small amount of antimatter would be lethal.
Dark energy is believed to make up about 73% of the mass of the Universe; dar matter about 23%; and normal matter - the kind we know most about - about 4%. In the case of normal matter, most of it is still in the form of hydrogen.
plasma i think...Dark_Energy_&_Dark_Matter">Answer: Dark Energy & Dark MatterIn the newest research, it is said that for calculations to make sense regarding the mass of the universe, an unknown (at that time) substance must exist aside from ordinary matter (atoms). To provide some numbers (percentage of matter in known Universe):Atoms: 4.6%Dark matter: 23%Dark energy: 72%For more info see the link below.
Dark
It probably would make it seem smaller. if darker colors like Brown and dark green do, than really so would dark blue. Any dark color will make a room appear smaller because there is not much reflection of of it. White makes a room appear larger.
Up quarks, down quarks and electrons make up atoms (matter).
Antimatter is actually matter that can be considered going back in time. Negative matter is matter that has negative gravity properties. In other words, Negative matter repels things. Negative matter is also theoretical, not proven. Antimatter has been (and is being) made.
Yes, but anti-matter is extremely expensive to make for the amount of energy that can be produced from it. Therefore anti-matter weapons are not feasible.
Not much is currently known about the structure of dark matter. For a start, it was never directly observed. There is only indirect evidence for dark matter. Therefore, it isn't know what types of structures it forms, if any.
Atoms make up most matter around us. In the Universe in general, it seems that atoms make up about 4% of the mass of the Universe. The remainder of the Universe mass is dark matter and dark energy - both of unknown composition.
It is theorized that dark matter makes up 80 percent of the universe. Another theory is that 68 percent of the universe is dark energy, 27 percent is dark matter, and 5 percent is baryonic matter.
AZZestic matter was discovered by the blindbowmam (Robert William Lawton ) using the prime sequence and his M&R logic code.. the make up of AZZestic matter is one of neutronic apposing structure to all anti matter and matter on a sub micro particle with in atomic particle structures and anti matter structures . it is the prime cause of dark matter ... when light passes threw a AZZestic matter mass it reflects the sub micro particles of light within it self . thus reflecting the light from passing threw open space it self .. AZZestic matter is the sub micro particle structure that makes up neutrons and can hold the values opposite of neutronic matter and anti matter ...
It is bad when two cars collide. I hope the ball does not collide with my face Your hands collide when you clap
in 1995 an expeirament was done with a molocule the same size and make up of a electron but it was found to have a negative charge, this molocule is called a positron. later it was discovered that all molocules have a coraspding anti-matter particle. however we can not study anti-matter very well however because we can not keep it in existence for more than a second and we don't know were it exists besides in labratories. the reason we cant keep them in existence is that as soon as anti-matter comes in contact with matter the they clash and the anti-matter and matter are bolth converted in to energy. anti-matter is made during the prosses of nuclear decay.
Currently scientists in the United States have the knowledge that is required to create anti-matter. They have even managed to make a couple of molecules of it. So, in a way it can be harnessed. However, it is so expensive to make anti-matter at this moment, that the world's budget can't afford it right now. Therefore, a supply that is enough to harness energy that would make a large difference in our lives cannot be obtained.
The whole point of dark matter ... the thing that makes it "dark" ... is that it doesn't interact with normal matter except through the gravitational force (and, possibly, for some potential types of dark matter ... remember that nobody really knows what it actually is yet ... the weak force).One type of dark matter that we know about for sure is neutrinos. Around 65 billion neutrinos per second pass through every square centimeter of your body perpendicular to the direction of the Sun. They have been since you were born ... since before you were born, in fact. Even at night, because they go straight through the Earth too and come up through the ground on the side facing away from the Sun. The kajillion that have already done so haven't killed you yet, it's not all that likely that the kajillion and first is going to kill you.About the only reasonably possible way to die from dark matter would be if there were a lot of it concentrated in one smallish area, in which case you could be pulled apart by tidal forces if you were in a spaceship that went too close to it. This also isn't likely to happen.
We don't, at this point, really know exactly what "dark matter" is. However, it seems unlikely you could make anything out of it, as it's almost certainly not a condensed phase of matter (i.e. a solid, or even a liquid or gas except in the most metaphorical of senses).
Collapsed Anti-Matter is expensive because it is impossible to make with current technology.