1. The Antimatter
The particle constituents of matter also has a version of the opposite of themselves. An electron has a negative charge, for example, have antimatter equal to himself, but positively charged. Matter and antimatter mutually annihilate each other when they collided and their mass would be converted into pure energy by Einstein's equation E = mc ^ 2. Some of the design of future spacecraft also described with antimatter.
2. A Mini black hole
If a radical new theory of gravity "braneworld" is true, it is likely scattered throughout our solar system thousands of small black holes, each about the size of an atomic nucleus. Unlike their brothers and sisters, this mini black holes is a primordial black hole remnants from the Big Bang and spacetime affect differently because they are associated with the fifth dimension.
3. The cosmic background radiation
Other stuff left over from the Big Bang is CMB (Cosmic Background Radiation), is a type of radiation found in 60 's and similar with radio noise that comes from everywhere in space. CMB is one of the strongest evidence we have that the Big Bang is indeed there and became the origin of our universe.
4. Dark matter
Scientists think that dark matter is the biggest piece of matter in the universe, but cannot be seen or detected directly using current technology. Candidates candidates range from a light neutrino to black hole ghoib (invisible black hole). Some scientists question whether this dark matter really exists, and suggested that the question of questions unanswered about the universe should be explained with a better understanding about gravity, rather than presents the concept of dark matter.
5. the Definitive
Until around the beginning of the 1990 's, the planets that we know in the universe is but that was in our solar system. Astronomers have identified more than 2000 extra solar planets (per January 2014). They range from the giant gas planet whose mass is embarrassed to be called as small stars, right down to small, Rocky planet orbiting a Dim red dwarf stars. The search for a second Earth, however, is still ongoing. Astronomers generally believe that better technology may in turn reveal a planet similar to our Earth.
6. Gravity Waves
The gravitational wave is a distortion of the structure of spacetime predicted by the general theory of relativity of Albert Einstein. Gravity waves travel at the speed of light, but they are very weak so that scientists can only hope to detect it if there is a colossal cosmic events, such as the merger of black holes as shown picture above. LIGO and LISA are the two detectors designed to find a difficult wave in detection.
7. The Galactic Cannibalism
Like life on Earth, the Galaxy can also "eat" each other and evolve over time. Neighbors of the milky way, Andromeda, has recently been "eat" one of its satellite galaxies. More than a dozen cluster clusters scattered around the Andromeda, are the leftovers of cosmic past. The picture above is a simulation of Andromeda and our Galaxy if collided, an event that will take place about 3 billion years.
8. The Neutrino
Elementary particles not charged Neutrino and almost no mass and can pass whatever thwarts, making it difficult to detect particles. Some neutrinos pass through your body as you read this post. This "ghost" particles produced in the process of burning stars healthy as well as in the supernova explosion of a dying star. To detect these particles, Detectors must be built underground, beneath the sea, or into large chunks of ice as part of the IceCube.
9. Quasar
Beacon shining brightly from the edge of the visible universe this is a reminder to scientists about the keadaani messed up our universe at the time of the baby. It releases energy greater than hundreds of galaxies combined. General consensus says they are terrible black hole in the heart of distant galaxies. This is a picture of quasar 3 c 273, was photographed in 1979
10. Vacuum Energy
Quantum physics tells us that the opposite of apparitions, empty space is an artificial bubble of "virtual" subatomic particles are constantly being created and destroyed. The particles that berlalulalang cubic centimetres it fills every space with a certain energy, according to general relativity, gravitational forces produce anti-thereby encouraging the space to expand. But nobody knows what actually led to an acceleration of the expansion of the universe.
11. According to Stephen Hawking, a man not be able to survive without leaving Earth. Reply what he says is true, we only have less than 200 years to prevent it.
In an interview a few years ago, Stephen Hawking says that mankind is threatened by two major disasters. The first is because humans themselves, either because of climate change, nuclear war or biological, and second, because the universe, either because the asteroids, supernovae, or gamma ray bursts, or perhaps, because of the invasion of aliens. Agree or not, it took a long time for a human being to be able to prevent it.
It turns out that there are still many mysteries and wonders of another large spaceflight are still unknown to man. This indicates if the man is just a fraction of the vastness of the world created by God the creator.
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