New theory says that death does not exist!

Many of us fear death. We believe in it because we were told that we will die.

People associated with the bodies, and as we know, the body dies. However, new scientific theory holds that death is not the final event, says Robert Lanza, an expert in advanced cell technology on his blog.

One well-known aspect of quantum physics is that certain observations can not be predicted absolutely. Instead, there are a number of possible observations, each with a different probability.

One frequent explanation, interpretation of the "many worlds", argues that each of these possible observations corresponds to a different universe (multiverse).

A new scientific theory called biocentrism bit cleared these ideas. There are an infinite number of universes, and everything that could possibly happen, it happens in them. Death does not exist in the real sense in these scenarios. All possible universes exist simultaneously, regardless of what happens in them.

Although our bodies are destined to be destroyed, the sense of life - "Who am I?" Is actually a fountain of energy of 20 watts, which controls the brain. However, this energy does not disappear after death. One of the most reliable axioms of science is that energy never dies - it can neither be created nor destroyed.

Whether this energy is transferred from one world to another?

Judging by biocentrism, space and time are not the hard objects the way you think. If you wave your hand through the air - if you remove everything, what's left? It's nothing.

The same thing can be applied to time. We can not see anything through the bone that surrounds your brain. Everything we see and feel is currently the vortex of information that is going on in our head. Space and time are only tools used to make everything connect.

Death does not exist in a timeless and spaceless world.

At the very end, even Albert Einstein admitted, "My old friend has left this strange world in front of me. It does not mean anything. People like us know that the distinction between past, present and future only stubbornly persistent illusion. "

Immortality does not mean continuous existence in time without end, it is situated outside of time.

Researcher Advances a New Model for Dark Matter

Astrophysicists believe that about 80 percent of the substance of our universe is made up of mysterious “dark matter” that can’t be perceived by human senses or scientific instruments. “Dark matter has not yet been detected in a lab. We infer about it from astronomical observations,” said Mikhail Medvedev, professor of physics and astronomy at the University of Kansas, who has just published breakthrough research on dark matter that merited the cover of Physical Review Letters, the world’s most prestigious journal of physics research. Medvedev proposes a novel model of dark matter, dubbed “flavor-mixed multicomponent dark matter.” “Dark matter is some unknown matter, most likely a new elementary particle or particles beyond the Standard Model,” Medvedev said. “It has never been observed directly, but it reveals itself via gravity it produces in the universe. There are numerous experiments around the world aimed at finding it directly.”

China is progressing: Closer to supersonic submarine

China has made a step closer to making supersonic submarines that from Shanghai to San Francisco could arrive in less than two hours, reports portal Saut Tea Morning Post.

The new technology developed by a team of scientists from the Laboratory for complex flow and heat transfer from the Institute of Technology in Harbin, made ​​it easier for submarines and torpedoes to move under water extremely high speeds, according to the portal.

Lifang Chen, professor of mechanics and engineering fluid, said the innovative approach of this team, caused that they can now create complicated air "bubble" necessary to move quickly under water.

"We are very excited about the potential that it brings" he said, adding that there are still many unknowns to be solved.

Water causes more friction and resistance to movement than air, which means that ordinary submarines can not move as fast as an airplane, according to the portal.

Recalls that during the Cold War, the Soviet military developed a technology called super-cavitation, which included a "package" submarine inside air bubbles to avoid problems caused by water resistance. 

Scheme supersonic submarines: From Shanghai to San Francisco in less than two hours

The Soviet super-cavitation torpedo called Šakval able to reach the speed of 370 km / h or more, which was much faster than any ordinary torpedo.

In theory, the super-cavitational vessel could, under the water reaches the speed of sound, or about 5,800 km / h, which, according to the report of California Institute of Technology in 2001, could lead to reduced travel time from one to the other shore of the Atlantic Ocean to less than hour, while traveling from one to the other shore of the Pacific ocean took about a hundred minutes.

This is for now only in theory, scientists are skeptical of the practice.

In addition to Russia, the development of vessels and weapons based on super-cavitation technology deal with countries like Germany, Iran and the United States, according to the portal. 

If you collapse an underwater bubble with a soundwave, light is produced, and nobody knows why

It’s a phenomenon called sonoluminescence. Sonoluminescence is a physical occurrence by which sound turns into light. Scientists have been trying for 70 years to explain it, but have had no success. No one has managed to explain how a bubble of air in water can focus sound to cause light, but it happens.

Some minor revelations have surfaced, however. At first, physicists thought friction was to blame, but in the late 1980s, they discovered that a sound wave’s path expanded bubbles and heated the gas inside them to temperatures hotter than the sun’s surface. That collapse with the heat, they thought, created a glowing plasma. Thirty years later, that is still the going theory.

However, researchers have suggested that different physical mechanisms must be at work and that there must be multiple kinds of sonoluminescence. What’s been concretely determined so far, though, is that it has to do with the size of the bubble as well as the OH emission from the bubble when it bursts.

If the science goes much further, it could be possible that some day sound and gas could be used to light underwater areas, exceeding the limitations of conventional lights.

If you bend a piece of paper 103 times, you get the thickness of the universe

The myth is that you can not bend the paper more than eight times. The reality is that you can bend to infinity, if you have a large enough paper, and enough energy. However, there is one small problem. If you bend it 103 times, you get the thickness of the entire universe.

How something thin like paper can get the thickness of the universe?

The answer lies in mathematics. It is a simple exponential function. Every time you bend the paper in half, you double its thickness. At the third bend, you get the thickness of the nail. On the seventh fold, you get thickness like pad.

On the tenth, the width of the hand.

At 23, bending, your paper is already one kilometer thick.

In the thirtieth folding, but you got to the universe. It is 100 kilometers high.

42nd bending, you have reached the moon. At 51, you scalded the sun. Now you've reached the 81 bends, and your paper is already 127 786 light-years wide, almost as thick as Andromeda galaxy. 

You bend the paper 90 times. It is now 130.8 million light years wide. On the surface is about 100 galaxies.

And finally, we have reached 103 fold. Now you've reached the edge of the universe, 93 billion light years in diameter.

Here are some examples that will help you understand how you can folding paper to get to the edge of space! 

We transform matter into energy all the time, but never energy into matter...but that could change!

We all know the famous equation thought up by Albert Einstein, "E=mc2." It means that matter and energy are the same thing and can be converted back and forth. We see this all the time, from gasoline to atom bombs. But we only see one side of the equation: turning matter into energy. Now there is a plan to make energy into matter.

It hasn't happened yet, but Oliver Pike, the scientist who proposed the experiment, hopes that it will happen by 2015.

Although it's never been done in the lab before, the process is thought to be fairly straightforward. Scientists are going to smash together photons much like they do with particles in machines such as the Large Hadron Collider at CERN.

The only hard part about this should be finding the right place to do it. The experiment requires two powerful lasers and vacuum conditions, but Pike says several scientists are interested in trying it out, so it shouldn't take too long to find a place.

The experiment design relies on a hohlraum, a small metal cylinder that holds hydrogen fuel in laser fusion experiments. Heating a hohlraum with a laser produces a dense field of X-ray photons inside. Pike's team estimates that passing a jet of high-energy gamma-ray photons through the laser-excited hohlraum would make enough photons collide to produce up to 100,000 pairs of electrons and positrons.

Russian physicists make teleportation reality

Russian scientists from the Moscow Physical-Technical Institute, in collaboration with colleagues from the Czech Republic and Slovakia, have found a way to preserve the quantum entanglement of the particle as it passes through the accelerator or when transferring large distances, published in the prestigious scientific journal Physical Review A.
 
Quantum feedback allows to realize quantum teleportation.

The laws of quantum mechanics do not allow for teleportation of objects and people, but it is already possible to quantum teleport single photons and atoms.

Teleportation - is not fiction, say scientists from Moscow Physical-Technical Institute (MFTI). In the future we will be able to travel long distances without the use of physical force and simultaneously placed in two places, for example: Beijing and Moscow and in Siberia and the islands of New Zealand.

Not excluded teleportation conquest of cosmic space. It's all about the physical effects, so-called "Quantum entanglement." It is the ability of the quantum structures that are located at a distance from one another, remaining inseparable.

In classical physics, there is no such effect. Russian scientists have found a way to preserve the "quantum entanglement" in transmitting information at a considerable distance. It is, in fact, teleportation, explained one of the paper's authors, MFTI researcher Sergey Filipov:

- When we are in a ball strings are ruffle, that discourage us. A physicists when they work with a complex situation are very happy, because in these conditions there is a correlation - what happens at one end of the thread tuft, is associated with what is happening on the other. These correlations can be forwarded anywhere. People displaced in such a manner to a certain distance, it will also be a correlation. Their behavior would be independent of one another. 

Initially, research physicists were related to the study of signal transmission over optical networks. That is, according to scientists, the so-called. "Secret quantum communications." In MFTI have found such an algorithm that allows the connection becomes even more secret. As for teleportation, it has become a "side" effect design. A scientist explains how with the help of the found effect can move things and people:

- Let's say you want to teleport humans. To do this, you do not distribute all of its atoms. You say, I have a 20 kg oxygen 10 kg carbon, a certain amount of hydrogen and takes the same amount at the other end. Next, you send information about their compounds and composition written in atoms. At the other end of the end of your materials make the same person.

In a sense, this "collection" is reminiscent of holography - image reconstruction of three-dimensional objects using a laser. The difference is that this is not just a special type of photography, but the creation of man, so to speak, of "flesh and blood", with all the characteristics and capabilities. Science has not yet reached such heights. Scientists have, for now, learn to teleport a photon. OPRAVI they are usually carriers of information sent. At the other end of the thread, experts have learned to create the same state micro object, which was located at the opposite end. Now we must learn to apply this principle in more complex systems. It's difficult because as the system grows, it dramatically increases the complexity of teleportation, says Sergey Filipov.

- Teloportovati two atoms, twice is harder than one, and three - eight times harder. If You would like to evaluate the degree of complexity of human teleportation, we should take into account that one of the ten to 24 atoms.  

Magnetar Formation Mystery Solved?

Magnetars are the bizarre super-dense remnants of supernova explosions. They are the strongest magnets known in the Universe — millions of times more powerful than the strongest magnets on Earth. A team of European astronomers using ESO’s Very Large Telescope (VLT) now believe they’ve found the partner star of a magnetar for the first time. This discovery helps to explain how magnetars form — a conundrum dating back 35 years — and why this particular star didn’t collapse into a black hole as astronomers would expect. When a massive star collapses under its own gravity during a supernova explosion it forms either a neutron star or black hole. Magnetars are an unusual and very exotic form of neutron star. Like all of these strange objects they are tiny and extraordinarily dense — a teaspoon of neutron star material would have a mass of about a billion tonnes — but they also have extremely powerful magnetic fields. Magnetar surfaces release vast quantities of gamma rays when they undergo a sudden adjustment known as a starquake as a result of the huge stresses in their crusts.

The Westerlund 1 star cluster, located 16 000 light-years away in the southern constellation of Ara (the Altar), hosts one of the two dozen magnetars known in the Milky Way. It is called CXOU J164710.2-455216 and it has greatly puzzled astronomers.

“In our earlier work (eso1034) we showed that the magnetar in the cluster Westerlund 1 (eso0510) must have been born in the explosive death of a star about 40 times as massive as the Sun. But this presents its own problem, since stars this massive are expected to collapse to form black holes after their deaths, not neutron stars. We did not understand how it could have become a magnetar,” says Simon Clark, lead author of the paper reporting these results.

Astronomers proposed a solution to this mystery. They suggested that the magnetar formed through the interactions of two very massive stars orbiting one another in a binary system so compact that it would fit within the orbit of the Earth around the Sun. But, up to now, no companion star was detected at the location of the magnetar in Westerlund 1, so astronomers used the VLT to search for it in other parts of the cluster. They hunted for runaway stars — objects escaping the cluster at high velocities — that might have been kicked out of orbit by the supernova explosion that formed the magnetar. One star, known as Westerlund 1-5 , was found to be doing just that.

“Not only does this star have the high velocity expected if it is recoiling from a supernova explosion, but the combination of its low mass, high luminosity and carbon-rich composition appear impossible to replicate in a single star — a smoking gun that shows it must have originally formed with a binary companion,” adds Ben Ritchie (Open University), a co-author on the new paper.

This discovery allowed the astronomers to reconstruct the stellar life story that permitted the magnetar to form, in place of the expected black hole. In the first stage of this process, the more massive star of the pair begins to run out of fuel, transferring its outer layers to its less massive companion — which is destined to become the magnetar — causing it to rotate more and more quickly. This rapid rotation appears to be the essential ingredient in the formation of the magnetar’s ultra-strong magnetic field.

In the second stage, as a result of this mass transfer, the companion itself becomes so massive that it in turn sheds a large amount of its recently gained mass. Much of this mass is lost but some is passed back to the original star that we still see shining today as Westerlund 1-5.

“It is this process of swapping material that has imparted the unique chemical signature to Westerlund 1-5 and allowed the mass of its companion to shrink to low enough levels that a magnetar was born instead of a black hole — a game of stellar pass-the-parcel with cosmic consequences!” concludes team member Francisco Najarro (Centro de Astrobiología, Spain).

It seems that being a component of a double star may therefore be an essential ingredient in the recipe for forming a magnetar. The rapid rotation created by mass transfer between the two stars appears necessary to generate the ultra-strong magnetic field and then a second mass transfer phase allows the magnetar-to-be to slim down sufficiently so that it does not collapse into a black hole at the moment of its death.

The open cluster Westerlund 1 was discovered in 1961 from Australia by Swedish astronomer Bengt Westerlund, who later moved from there to become ESO Director in Chile (1970–74). This cluster is behind a huge interstellar cloud of gas and dust, which blocks most of its visible light. The dimming factor is more than 100 000, and this is why it has taken so long to uncover the true nature of this particular cluster.

Westerlund 1 is a unique natural laboratory for the study of extreme stellar physics, helping astronomers to find out how the most massive stars in the Milky Way live and die. From their observations, the astronomers conclude that this extreme cluster most probably contains no less than 100 000 times the mass of the Sun, and all of its stars are located within a region less than 6 light-years across. Westerlund 1 thus appears to be the most massive compact young cluster yet identified in the Milky Way galaxy.

All the stars so far analysed in Westerlund 1 have masses at least 30–40 times that of the Sun. Because such stars have a rather short life — astronomically speaking — Westerlund 1 must be very young. The astronomers determine an age somewhere between 3.5 and 5 million years. So, Westerlund 1 is clearly a newborn cluster in our galaxy.

The team is composed of Simon Clark and Ben Ritchie (The Open University, UK), Francisco Najarro (Centro de Astrobiología, Spain), Norbert Langer (Universität Bonn, Germany, and Universiteit Utrecht, the Netherlands) and Ignacio Negueruela (Universidad de Alicante, Spain).

The astronomers used the FLAMES instrument on ESO’s Very Large Telescope at Paranal, Chile to study the stars in the Westerlund 1 cluster.

Scientists have produced the first "living material"

Researchers at Massachusetts Institute of Technology have made a material with the properties of living and non-living things using the bacterium E.coli.

Their study suggests that in the future be possible materials that will evolve and renew themselves, and will be used by the development of biosensors and solar panels.

Researchers led by Timothy Luoma, assistant professor of electrical and biological engineering have shown that it is possible to connect gold nanoparticles and quantum points in the so-called "living material".

These smart materials will be able to react to the environment, such as living cells, but will also develop complex networks that are necessary for the application.

For example, self-healing materials can help absorbance and conducting electricity in solar cells. These materials also can repair scratches or defects without external intervention.

"Our idea is to combine the world of inanimate and animate and make hybrid materials with functional cells," said Lu.

Controlling bacteria

In order to develop the material , scientists were "getting involved" in "producing biofilm" to force the bacteria that uses nanoparticles and quantum dot.
Biofilm helps bacteria ( such as those that inhabit tartar ) that " sticks " to the surface , and in the case ešerhije quantity , it is about a fiber made ​​of a series of protein subunits CsgA .
For the study , the researchers altered the natural ability of E. coli that produces CsgA and made ​​genetically designed strain that produces CsgA only in certain circumstances , for example , when present molecule AHL .
This has helped scientists to control the production of biofilm formation in bacteria .
In the next part of the study, the researchers designed by E.coli that produces CsgA associated with peptides containing the amino acid histidine .
Production of targeted CsgA was controlled by limiting the amount of other molecules ATC .
When gold nanoparticles are added to a mixture of fiber , histadin was " bought" these particles and creating a network of gold nanoconections. In the future, such a network could be used in advanced computer science and biosensors .
Researchers have even demonstrated that bacteria can evolve and interact with each other to make them " persuaded " to produce CsgA linked to histidine .
" This is a very simple system , but it shows that cells can communicate with each other and changing the composition of the material over time ," says Lu . " We hope that this will succeed in imitating the ways in which natural systems are being developed , such as the bones ."
The study was published in the journal Nature Materials . 

It would only take 29 dominoes to knock over the Empire State Building

Physics can be terrifying and awesome at the same time. A single, tiny domino, only five millimeters high and a single millimeter thick could knock down a building as big as the Empire State building in just 29 steps.

Dominoes can knock over another domino up to one and a half times it's size. If you started with that small domino, about the size of a fingernail, it would only take 29 dominoes, each one one and a half times larger than the previous, to get to the size of New York's crown jewel building—and it would crumble.

Gravitational energy is stored in each domino when they are stood up, which requires just the slightest push to get the energy to spill to the side and release that energy that goes straight into the next domino it hits. With every domino the energy continues to amplify, gaining the power to knock down just about anything in it's way once it gets big enough.

The idea of massive amounts of energy getting exponentially bigger can be a terrifying thought on a grand scale.

Physics can be terrifying and awesome at the same time. A single, tiny domino, only five millimeters high and a single millimeter thick could knock down a building as big as the Empire State building in just 29 steps.
Dominoes can knock over another domino up to one and a half times it's size. If you started with that small domino, about the size of a fingernail, it would only take 29 dominoes, each one one and a half times larger than the previous, to get to the size of New York's crown jewel building—and it would crumble.
Gravitational energy is stored in each domino when they are stood up, which requires just the slightest push to get the energy to spill to the side and release that energy that goes straight into the next domino it hits. With every domino the energy continues to amplify, gaining the power to knock down just about anything in it's way once it gets big enough.
The idea of massive amounts of energy getting exponentially bigger can be a terrifying thought on a grand scale.

Read more at http://www.omg-facts.com/category/7/Science#jDK04PlBrw9S8ukB.99

What is expected of the "reinforced" Hadron Collider?

The Large Hadron Collider is currently undergoing changes that should double its power and allow researchers to uncover the secrets of the functioning of the universe.

It will open up the possibility of solving the mysteries of dark matter and should find evidence of cosmic concept known as " supersymmetry " . It should find signs of hidden dimensions that can explain the existence of gravity.
By the end of the year , a gigantic machine for colliding atoms should have to increase energy particles from eight billion electro-volt to 14 tera elektronvolt, which will allow the most powerful particle collisions so far .
A new series of experiments should lead scientists outside the field of physics known as the " standard model" .
Scientists may yet discover the Higgs boson - different versions of the so-called " God particle " that is predicted Nobel Prize winner Professor Peter Higgs and other particle gives mass .
The Higgs boson was the last " missing fraction " of the "standard model " .
Now scientists want to go a step further and explain the mysteries of the cosmos functioning .
Professor Tony Doyle of the University of Glasgow , a leading member of the team that manages the giant Atlas detector says that the current priority is to explain supersymmetry .
Super-symmetry to a hypothesis that the basis of each particle of matter exist , and the particles bearing the appropriate force .
This requires the existence of several Higgs bosons .
" The universe is driven by supersymmetry key ideas . Currently separate the particles of matter and particles that carry force . Evidence of supersymmetry would change the way we look at space , "says Doyle.
Survey Supersymmetry could explain the mystery of dark matter - the invisible bond that holds galaxies together , and whose nature is still unknown .
More powerful large proportion Hadron Collider could offer scientists an insight into the hidden dimensions and thus reveal the mystery of gravity.
Do 2020th the system will be changed so that the collider energy levels remain the same, but the detectors become 10 times more sensitive .
It is expected that the machine will be operative to 2030th.

Is this physicist solve the mystery of the origins of life?

A popular hypothesis about the origin of life is linked to the prehistoric "soup", lightning and an incredible amount of luck. However, if the new, the provocative theory is correct, luck had very little interest in the creation of life.

Physicist behind this idea is considered to be the origin and evolution of life follow the fundamental laws of physics and that " surprising as the rock that rolls downhill ."
From the standpoint of physics , there is one crucial difference between living things and inanimate pile of atoms first are much better at capturing energy from the environment and spending that energy as heat.
Jeremy England , year-old assistant professor at the University MIT , has developed a mathematical formula they believe that explains this capacity .
According to the formula, based on the known physics , which holds that when a group of atoms driven by an external power source ( like the sun or chemical fuels) and is surrounded by hot springs , such as the ocean or the atmosphere , it will often gradually restructure itself to better energy consumers . This means that under certain conditions, substances inevitably takes the physical attributes associated with life .
" It all starts with any group of atoms . And if enough of them illuminates , you should not be surprised if you get a plant , "said England .
England 's theory is not intended to replace , but rather to further strengthen Darwin's theory of evolution by natural selection .
" I'm not saying that his idea is wrong. On the contrary . I suggest that , from the standpoint of physics , Darwin's theory of evolution can be considered a special case of a much more prevalent phenomenon , "said England .
This idea has caused many reactions of experts and colleagues , who believe that it is a biased or an idea or a potentially incredible discovery , or both.
England theoretical results are generally accepted as valid . In his interpretation - this formula is the driving force behind the class of phenomena in nature that involve life - although this is not proven . However , already have an idea of who could claim this to test in the laboratory .
At the heart of his ideas is the second law of thermodynamics , also known as the " arrow of time " . Hot things to cool down , gas moves through the air , and can whisk the eggs , but never spontaneously restored to its original condition . Energy tends to spread or decompose over time .
An example of this can be coffee, which when placed in the room becomes the same temperature as the room itself . As long as nothing affects the room and coffee , the coffee will not keep you warm , this process can not be reversed , because the chances are that all the energy in the room to concentrate on atoms coffee - very small .
Life does not violate the second law of thermodynamics , but until recently , physicists have not been able to use thermodynamics to explain how did it come to creating life , because we were not able to predict an external power source .
Chemistry prehistoric " soup " random mutation , geography , catastrophic events , and many other factors have contributed to the earth's flora and fauna. However , judging by Inglandovoj theory , the basic principle koij manages the entire process is driven adaptation of matter .
"It is very tempting to think about the natural phenomenon may be responsible for this. Many examples can be found under our noses , but because they did not ask , we could not even notice them , " he said .

Does the Sun loses its power?

A research project called Varsity ( Variability of the Sun and Its Terrestrial Impact) ) will specifically seek to cover four important topics: the solar magnetism and extreme events , solar transients , changes in the magnetosphere and the consequences of and processes in the Earth's atmosphere .
"Although the sun has shown a couple of strong flashes in the past two years , overall, the current solar 24 cycle is much weaker than the previous , "said the Tportal Jasa Čalogović , an expert in the sun in Hvar Observatory , which is participating in the project.
The last solar minimum had the most days without sunspots in the last 100 years, followed by a weaker peak. From this it can be concluded that long-term solar activity has changed significantly compared to its previous cycle .
However, for now no one knows precisely explain the thing , whether the weakening of solar activity to continue and what are the possible consequences of such a weak sun - whether to slow down global warming , it may even cause colder weather or not to have a stronger effect on climate.
It is expected that the real answer is no , because this is the first such a drastic change in the history of modern space exploration .

Black holes are hidden in the Hadron Collider

Five years ago, was officially launched in the Large Hadron Collider, the world's largest particle accelerator, which is an organization created by the European Nuclear Research CERN. The building Collider and research involved more than 10 thousands of scientists from more than one hundred countries. Russia has also made great contributions to the construction of accelerator technology, about a thousand of Russian scientists took part in the Collider.

The device has caused a storm - the researchers calculated that with him make breakthrough discoveries, including the decipherment of birth of the Universe. At the same time the media are afraid that they will perform the world ending because of the possibility that the accelerator form a microscopic black hole that will swallow I first collider, then the whole planet. But the apocalypse did not happen. As the scientists explain, when the energy generated by the Collider actually contributed to the formation of black holes, they would show up and in cosmic rays. But so far, no holes themselves, nor any sign of their presence is not there. In addition, specially performed research process, theoretically favorable for the formation of black holes have shown these unwarranted assumptions.

Regarding the findings, although derived colossal number of papers, the real breakthrough is yet to come, convinced the head of the laboratory for relativistic physics missiles at the Institute for Nuclear Research, Doctor of physico-mathematical sciences Alexei Kurepin:

- Only our device was announced more than a hundred works. But these are all ongoing works that allow us to plan further research. We need to find such nuclear reactions that allow us to say that there are some new state of nuclear matter. We go to it now, choose those nuclear reactions kje can provide this information.

Current as of today the so-called Standard Model - the theoretical structure of elementary particles - is not conclusive. How do scientists believe, it should be part of a deeper theory of microworld construction. This is called the new physics. Scientists estimate that the research on the Big Collider allow you to get at least a hint of what the deeper theory. In the opinion of the head of department of nuclear physics and astrophysics Lebedev Physical Institute of RAS Oleg Daljkarova.

- Few processes that should be posamtrani at the Large Hadron Collider were mainly related to the attempt to find the so-called Higgs BAŽON. It is a unique particle that is responsible for all the masses of elementary particles that can be seen now. It is in a unique field that would tie all the observed particles and that these particles has been given to those properties that we know. Without the modern theory of particles up in the air.

Higgs Bazon was meant more in 1964. in the framework of the Standard Model. But the results certainly do not prove that the answer is to be a new particle or not. Now scientists have suspended the experiments in order to modernize the Large Hadron Collider. Oleg Daljkarov says:

On this day happens modernization Collider, it will lead to increased intensity and energy increased about two times. Essential works will commence 2018th year. These experiments, I believe, will focus mainly on the possible discovery of particles that provide so-called supersymmetric theories which do not fit the standard model.

Currently scientists from Russia participating in all major Collider experiments. 2012th The Russian Federation has submitted an application for entry in CERN as association participants. According to the experts, it will significantly increase the contribution to the Large Hadron Collider.