The rotation speed is dizzy and the magnetic field is extremely strong for the stars

Previously, astronomers identified: The rapid rotation speed of neutron stars may be the source of some short gamma-ray bursts, creating a maximum force that causes a gamma-ray burst, a type of energy The strongest amount is from the Big Bang. But exactly the nature of any solar power plant in nature has provided the energy to create different types of explosions that has been a controversial issue for nearly 20 years .

It is the dizzying rotation speed of young neutron stars with extremely strong magnetic fields, billions of billions of times that of the Earth's magnetic field, which may be the driving force behind gamma-ray bursts than scientists thought. .

According to the latest discovery, published at The Gamma Ray Burst 2010 meeting, it is said that the rapid rotation speed of young neutron stars with extremely strong magnetic fields, billions of billions of times the Earth's magnetic field, could be The driving force behind gamma ray bursts is more than scientists thought.

Neutron stars, in the last few minutes before they collapse according to their own weight to form a black hole as previously used to explain the formation of a number of suddenly occurring long, lightning-ray gamma rays Healthy irradiation tolerates for more than two seconds.

Calculated by Paul O'Brien and Antonia Rowlinson worked at The University of Leicester, England and their colleagues found that neutron stars can also emit short gamma rays, namely lightning in 36 milliseconds. seconds observed on May 15, 2009, by NASA's fast satellite and the alias GRB 090515. It is estimated that short gamma rays can account for about 10%, and long gamma rays account for about 90%. If the model neutron stars are correct, it may be a sign that there is a larger reservoir in the previous stars estimated to have gamma-ray bursts, according to O'brien.