Researchers sent a neutrino through the "wireless" message: FYYSIKA.EE news portal
Opinions and People Opinion persona coinstar Science and the media in Estonia coinstar an Estonian Physical Society Estonian media, specialized teaching and e-learning physics teaching in schools coinstar Releases Referaadinurgake Science News Estonian Science News KBFI Tartu University Tõravere Observatory Operational Research Varia Blog - Student Satellite coinstar FYYSIKA.EE keep an eye on - Topics of the Day Picture teletype
University of Rochester and North Carolina State University-led team of researchers for the first time sent a neutrino beam notice. Wrapping the particles are neutrinos, which travel nearly the speed of light. Message sent through 240 meters of rock and it contains coinstar the word neutrino.
"Neutrino could make it possible to exchange messages between any two locations on Earth without the use of cables or satellites," said Dan Stanciu, lead author of a study describing the work. "The neutrino-communication systems can be much more complex than today's systems, but they may have a significant strategic advantage," reduce Physorg.com.
In the past has been theorized neutrino use in communication with one especially valuable qualities - they can pass through almost everything that happens coinstar to come against them. If this technology can be implemented, for example, submarines, it would be conceivable that they communicate over long distances under water. It is a modern technology difficult, if not impossible. If we would like to interact with something in space that are invisible from Earth on the side of the moon, or a planet, our message could be spread to those objects without directly through unobstructed.
"Of course, our current technology requires a large amount of high-tech equipment to communicate a message using neutrinos, so it's not practical at the moment," said researcher Kevin McFarland. "But the first step towards that end up using neutrinos for communication in practical applications are conducted with the help of modern technology demonstration."
This can be proven from a team of scientists led his experiment, Fermi National Accelerator laboratory, (Fermi National Accelerator Lab, abbreviated Fermilab). The researchers presented their work in the scientific journal Modern Physics Letters A.
Fermilabis coinstar investigators had access to two crucial ingredients. The first of these is one of the world's most powerful particle accelerators, which are capable of generating high intensity beams of neutrino. To this end, the accelerator accelerates protons to 3.2 kilometers in circumference on the track and they põrgutab total carbon target. The second coinstar experiment is an important component of a multi-ton detector Minerva, which is located 100 meters coinstar deep in the underground cavity. The fact that the neutrino is a necessary means of communication-intensive devices such planning, shows that before this technology into easily usable form is much work to be done.
Communications Test was conducted during a two-hour period when the accelerator was working at half capacity due to scheduled downtime. Communications Test Minerva coinstar normally collected at the time of the interaction data.
Nowadays, most of the communication takes place from electromagnetic waves to send and receive. Both are working on our radios, cell phones, coinstar and televisions. Electromagnetic waves do not pass through matter, however, most lightly. They block the water and mountains and many other liquids and solids. However, neutrinos pass through entire planets coinstar on a regular basis without any trouble. Their neutral electric charge and almost non-existent due to the mass of the neutrinos do not respond Magnetic attraction, and is not significantly affected by the pull of gravity. Thus, their movements almost COMPLETELY free of obstacles.
A message sent by the scientists via neutrino, was translated into binary code. In other words, the word was represented by a series of ones and zeros in the neutrino, coinstar responded with a sustained release some of the neutrino number and neutrino mittevallanduvate number of zeros. The neutrinos were fired in large amounts, because they are so evasive that even a multi-ton detector able to detect only about one in ten billion neutrino. If neutrinos were detected, the host computer binary code translated back into English - so a notice was successfully adopted the word neutrino.
Minerva is an international cooperation project between the nuclear and osakestefüüsikute 21st neutroonide investigate the behavior of the institution who use the Fermi National Accelerator laboratory, located in the detector. This is the first neutriinoeksperiment in the world, using a high-intensity beam to study neutrino reactions with five different coinstar targets with nuclear material. It was created through the interaction of the first adjacent reference. It provides important information on the neutrino and allows a clearer interpretation coinstar of the data, both in the present and future experiments.
Silver nanotraatide synthesis of Tartu Institute of Physics, University of membrane technology coinstar in the laboratory. Nanotraatide [...] FYYSIKA.EE keeps an eye on the battery level
Opinions and People Opinion persona coinstar Science and the media in Estonia coinstar an Estonian Physical Society Estonian media, specialized teaching and e-learning physics teaching in schools coinstar Releases Referaadinurgake Science News Estonian Science News KBFI Tartu University Tõravere Observatory Operational Research Varia Blog - Student Satellite coinstar FYYSIKA.EE keep an eye on - Topics of the Day Picture teletype
University of Rochester and North Carolina State University-led team of researchers for the first time sent a neutrino beam notice. Wrapping the particles are neutrinos, which travel nearly the speed of light. Message sent through 240 meters of rock and it contains coinstar the word neutrino.
"Neutrino could make it possible to exchange messages between any two locations on Earth without the use of cables or satellites," said Dan Stanciu, lead author of a study describing the work. "The neutrino-communication systems can be much more complex than today's systems, but they may have a significant strategic advantage," reduce Physorg.com.
In the past has been theorized neutrino use in communication with one especially valuable qualities - they can pass through almost everything that happens coinstar to come against them. If this technology can be implemented, for example, submarines, it would be conceivable that they communicate over long distances under water. It is a modern technology difficult, if not impossible. If we would like to interact with something in space that are invisible from Earth on the side of the moon, or a planet, our message could be spread to those objects without directly through unobstructed.
"Of course, our current technology requires a large amount of high-tech equipment to communicate a message using neutrinos, so it's not practical at the moment," said researcher Kevin McFarland. "But the first step towards that end up using neutrinos for communication in practical applications are conducted with the help of modern technology demonstration."
This can be proven from a team of scientists led his experiment, Fermi National Accelerator laboratory, (Fermi National Accelerator Lab, abbreviated Fermilab). The researchers presented their work in the scientific journal Modern Physics Letters A.
Fermilabis coinstar investigators had access to two crucial ingredients. The first of these is one of the world's most powerful particle accelerators, which are capable of generating high intensity beams of neutrino. To this end, the accelerator accelerates protons to 3.2 kilometers in circumference on the track and they põrgutab total carbon target. The second coinstar experiment is an important component of a multi-ton detector Minerva, which is located 100 meters coinstar deep in the underground cavity. The fact that the neutrino is a necessary means of communication-intensive devices such planning, shows that before this technology into easily usable form is much work to be done.
Communications Test was conducted during a two-hour period when the accelerator was working at half capacity due to scheduled downtime. Communications Test Minerva coinstar normally collected at the time of the interaction data.
Nowadays, most of the communication takes place from electromagnetic waves to send and receive. Both are working on our radios, cell phones, coinstar and televisions. Electromagnetic waves do not pass through matter, however, most lightly. They block the water and mountains and many other liquids and solids. However, neutrinos pass through entire planets coinstar on a regular basis without any trouble. Their neutral electric charge and almost non-existent due to the mass of the neutrinos do not respond Magnetic attraction, and is not significantly affected by the pull of gravity. Thus, their movements almost COMPLETELY free of obstacles.
A message sent by the scientists via neutrino, was translated into binary code. In other words, the word was represented by a series of ones and zeros in the neutrino, coinstar responded with a sustained release some of the neutrino number and neutrino mittevallanduvate number of zeros. The neutrinos were fired in large amounts, because they are so evasive that even a multi-ton detector able to detect only about one in ten billion neutrino. If neutrinos were detected, the host computer binary code translated back into English - so a notice was successfully adopted the word neutrino.
Minerva is an international cooperation project between the nuclear and osakestefüüsikute 21st neutroonide investigate the behavior of the institution who use the Fermi National Accelerator laboratory, located in the detector. This is the first neutriinoeksperiment in the world, using a high-intensity beam to study neutrino reactions with five different coinstar targets with nuclear material. It was created through the interaction of the first adjacent reference. It provides important information on the neutrino and allows a clearer interpretation coinstar of the data, both in the present and future experiments.
Silver nanotraatide synthesis of Tartu Institute of Physics, University of membrane technology coinstar in the laboratory. Nanotraatide [...] FYYSIKA.EE keeps an eye on the battery level
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