What is the strongest laser in the world?
Since January 2009, Laser Texas Petawatt has been the most powerful laser in the world at the University of Texas in Austin, USA. In March 2008, the laser became the first in the world to exceed 1 Petawatt's threshold (a million billion watts), a amount of energy about 60 times greater than the average energy consumption in 2004, which measured about 15 terawatts. The way in which such a huge force is achieved is the activation of the laser for a very short time, only one tenth of a trillion a second. Although the total energy produced by the laser is small - about 200 joules or similar energy burned with bulb in a few seconds - is released in such a tiny time that the output power per second (Watts) is huge.
be the strongest laser on the ground, Laser Texas Petawatt uses scientists to reproduce exotic conditions, I have seen on the ground - as an interior or supernova or sun. Laser experiments give scientists a clue of how they are in yourHTO of extreme conditions is kept by mass. Scientists in this laser device quickly point out that in a fraction of a second they produce "the brightest light in space". Laser performance briefly eclipse performance of the brightest known natural phenomena, Gamma Ray, rupture, factor of more than 100. Of course the overall performance of the gamma beam is much larger than the strongest laser, because the world's most popular, world's most popular, but/p>/p>/p>. The
laser goal is usually a few small gas clouds in the chamber, which heat up to millions of degrees Celsius and under pressure on a billion times more than pressure on the sea level on the ground. In such conditions, the matter is so compressed and under tension that a small real complexity or non -bodier may exist - only atoms wrapped as close to each other as physically possible. The energy on the strongest laser in the world is so intense that it can exceed the threshold necessary for spontaneous production of antimatter. Anti -bitter, reflection of conventionalMatters, spontaneously transform into energy after contact with normal matter in a process known as destruction. Destruction can only be observed in the test chambers due to unique particles released by the process.