Anti Matter (2016) Hindi Dubbed Dual Audio HDRip 720p Download Free
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Anti Matter (2016) Movie Hindi Dubbed Watch Online and Download HDRip in Hindi 720p
IMBD Score: 5.8/10 | Language: Hindi
Anti Matter (2016)
1h 49min | Mystery, Sci-Fi | 8 September 2017 (USA)
Director: Keir Burrows
Writers: Keir Burrows, Keir Burrows
Stars: Yaiza Figueroa, Philippa Carson, Tom Barber-Duffy
Story:
Anti Matter (AKA Worm) is a sci-fi noir take on the Alice in Wonderland tale. Ana, an Oxford PhD student, finds herself unable to build new memories following an experiment to generate and travel through a wormhole. The story follows her increasingly desperate efforts to understand what happened, and to find out who – or what – is behind the rising horror in her life.
Anti Matter (2016) Trailer
Anti Matter (2016) Movie Hindi Dubbed Watch Online and Download HDRip in Hindi 720p
IMBD Score: 5.8/10 | Language: Hindi
Anti Matter (2016)
1h 49min | Mystery, Sci-Fi | 8 September 2017 (USA)
Director: Keir Burrows
Writers: Keir Burrows, Keir Burrows
Stars: Yaiza Figueroa, Philippa Carson, Tom Barber-Duffy
Story:
Anti Matter (AKA Worm) is a sci-fi noir take on the Alice in Wonderland tale. Ana, an Oxford PhD student, finds herself unable to build new memories following an experiment to generate and travel through a wormhole. The story follows her increasingly desperate efforts to understand what happened, and to find out who – or what – is behind the rising horror in her life.
Anti Matter (2016) Trailer
Anti Matter (2016) Hindi Dubbed Dual Audio BluRay 720p Download Google Drive
Download Links Below:-
Substitle: English Included | Audio : Orginal Hindi | Quality : HDRip | Year: 2016
Download Links (Dual Audio Hindi) 720p – 1GB
Download Links (Dual Audio Hindi ) 480p – 400MB
SCREEN SHOTS
Antimaterial particles differ so much from matter that they carry opposite charges and spins, but they are also very similar in their properties.
According to the theory, the Big Bang should have produced matter and antimatter in equal quantities and destroyed all matter in the universe. While antimatter bombs and antimatter - powered spaceships are far away - are being brought in, there are plenty of facts about them that will tickle your brain cells.
In science, it is believed that the Big Bang produced the same mass of matter and antimatter in equal quantities in the universe.
According to physicists, matter and antimatter met shortly after the Big Bang and destroyed each other. When the universe came into being, a colossal explosion released all the matter it contained into space - time. According to physicists, matter or antimaterial particles destroy each other when they come into contact - and leave behind enormous amounts of energy.
The British physicist Paul Dirac discovered antimatter in 1928 and claimed that the particles had antiparticles with almost identical properties but opposite electric charges. When matter and antimatter meet, they destroy each other in a huge explosion.
Scientists believe that the missing antimatter exists, and that anti-galaxies form antistars and antibodies that have not yet been observed. A component of the antiproton decelerator is essential to unravel the mystery of antimatter. Using positrons left over from high-energy particle collisions at CERN, the Cern team generated mirrored hydrogen particles by binding them to twin electrons, the positron.
As a result, antihydrogen atoms were created, but kept in a magnetic trap so that they did not come into contact with matter and destroyed themselves.
To understand more about antihydrogen atoms, their reaction to laser light was studied. Atoms of different types of matter absorb different frequencies of light, and atoms of the same type emit light at different wavelengths. Since matter and antimatter completely destroyed each other during the Big Bang, our universe contains only photons, because until antimatter and matter destroy themselves, their entire combined mass has been transformed into a small unit of energy, a single photon. Physicists have realized that things get out of hand because they can literally count the number of photons (particles with energy in this universe) today and compare them with the total number of particles (particles of matter).
The exact circumstances may be unknown, but the hot Big Bang gave them the opportunity to rise. Since physicists know about the Big Bang, no one spends much time worrying about cosmic imbalances.
As the universe expands and cools, unstable particles that were once created in abundance will decay and decay. If the formation and destruction of particles had worked as we believe, the early universe would have been filled with equal amounts of matter and antimatter particles that mutually transformed as long as the available energy remained extremely high. With incredibly high energies, high enough to produce all known particles and antiparticles in greater abundance, Einstein's famous e - mc2 describes the earliest stages of our universe.
Today, antimatter seems to exist only in the form of cosmic rays, extraterrestrial high-energy particles that form new particles when they enter the Earth's atmosphere. It also occurs in particle accelerators, where scientists create high-energy collisions to produce particles and their antiparticles. When these antiparticles are combined, they collide with other particles such as electrons and protons. Physicists study the properties and behaviour of these "manufactured" antiprotons and hope to find clues to the asymmetry of the mechanism.
The idea that the antimatter universe is completely dominated by matter seems to be consistent with Dirac's theory, which, supported by experiments, shows that the energetic conditions in the early universe should have produced an equal number of particles and antiparticles. However, the mutual annihilation of particle-antiparticle pairs would have left nothing but energy, and the energy is always generated in equal numbers of particles and antiparticles.
As far as physicists can tell, there is an additional particle of matter at the end of billions of matter - antimatter pairs. In the early universe, however, a small amount of antimatter rained down on Earth in the form of protons, neutrons, and other particles.
According to a recent study, antimatter particles entered the atmosphere at a speed of less than one square meter up to more than 100 square meters.
The only way the amount of matter in the universe has ever changed is that its antimatter has also changed by the same amount. Every interaction between particles that has ever been observed with this energy has produced and destroyed a single particle of matter, while it has also produced and destroyed an equal number of antimatter particles. Looking at the cosmic microwave background radiation (CMB) of the Big Bang, everything seems to consist of matter and not antimatter. Every interaction of particles that we ever observe with this energy creates and destroys individual particles of matter, while simultaneously generating and destroying the same number of antimatter particles, and vice versa.
According to the theory, the Big Bang should have produced matter and antimatter in equal quantities and destroyed all matter in the universe. While antimatter bombs and antimatter - powered spaceships are far away - are being brought in, there are plenty of facts about them that will tickle your brain cells.
In science, it is believed that the Big Bang produced the same mass of matter and antimatter in equal quantities in the universe.
According to physicists, matter and antimatter met shortly after the Big Bang and destroyed each other. When the universe came into being, a colossal explosion released all the matter it contained into space - time. According to physicists, matter or antimaterial particles destroy each other when they come into contact - and leave behind enormous amounts of energy.
The British physicist Paul Dirac discovered antimatter in 1928 and claimed that the particles had antiparticles with almost identical properties but opposite electric charges. When matter and antimatter meet, they destroy each other in a huge explosion.
Scientists believe that the missing antimatter exists, and that anti-galaxies form antistars and antibodies that have not yet been observed. A component of the antiproton decelerator is essential to unravel the mystery of antimatter. Using positrons left over from high-energy particle collisions at CERN, the Cern team generated mirrored hydrogen particles by binding them to twin electrons, the positron.
As a result, antihydrogen atoms were created, but kept in a magnetic trap so that they did not come into contact with matter and destroyed themselves.
To understand more about antihydrogen atoms, their reaction to laser light was studied. Atoms of different types of matter absorb different frequencies of light, and atoms of the same type emit light at different wavelengths. Since matter and antimatter completely destroyed each other during the Big Bang, our universe contains only photons, because until antimatter and matter destroy themselves, their entire combined mass has been transformed into a small unit of energy, a single photon. Physicists have realized that things get out of hand because they can literally count the number of photons (particles with energy in this universe) today and compare them with the total number of particles (particles of matter).
The exact circumstances may be unknown, but the hot Big Bang gave them the opportunity to rise. Since physicists know about the Big Bang, no one spends much time worrying about cosmic imbalances.
As the universe expands and cools, unstable particles that were once created in abundance will decay and decay. If the formation and destruction of particles had worked as we believe, the early universe would have been filled with equal amounts of matter and antimatter particles that mutually transformed as long as the available energy remained extremely high. With incredibly high energies, high enough to produce all known particles and antiparticles in greater abundance, Einstein's famous e - mc2 describes the earliest stages of our universe.
Today, antimatter seems to exist only in the form of cosmic rays, extraterrestrial high-energy particles that form new particles when they enter the Earth's atmosphere. It also occurs in particle accelerators, where scientists create high-energy collisions to produce particles and their antiparticles. When these antiparticles are combined, they collide with other particles such as electrons and protons. Physicists study the properties and behaviour of these "manufactured" antiprotons and hope to find clues to the asymmetry of the mechanism.
The idea that the antimatter universe is completely dominated by matter seems to be consistent with Dirac's theory, which, supported by experiments, shows that the energetic conditions in the early universe should have produced an equal number of particles and antiparticles. However, the mutual annihilation of particle-antiparticle pairs would have left nothing but energy, and the energy is always generated in equal numbers of particles and antiparticles.
As far as physicists can tell, there is an additional particle of matter at the end of billions of matter - antimatter pairs. In the early universe, however, a small amount of antimatter rained down on Earth in the form of protons, neutrons, and other particles.
According to a recent study, antimatter particles entered the atmosphere at a speed of less than one square meter up to more than 100 square meters.
The only way the amount of matter in the universe has ever changed is that its antimatter has also changed by the same amount. Every interaction between particles that has ever been observed with this energy has produced and destroyed a single particle of matter, while it has also produced and destroyed an equal number of antimatter particles. Looking at the cosmic microwave background radiation (CMB) of the Big Bang, everything seems to consist of matter and not antimatter. Every interaction of particles that we ever observe with this energy creates and destroys individual particles of matter, while simultaneously generating and destroying the same number of antimatter particles, and vice versa.
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