The world's brightest light bulb: 1 billion times stronger than the sun's surface!

American scientists are actively developing one of the brightest bulbs in the world, which will be 1 billion times brighter than the Sun. It's really helpful because it helps healthcare workers find it easier to spot tiny tumors or cracks that they could not see before.

The Independent reported that a team of scientists at the University of Nebraska-Lincoln of the United States intends to produce one of the brightest light bulbs in the world that emits a beam of light that is stronger than the Sun's surface Up to 1 billion times more, this unbelievably super-bright bulbs, the researchers think can be used as a new type of X-ray can take a higher resolution than traditional clear photos.

Developed by the University of the Nebraska Lincoln, the Extreme Light Laboratory, a light beam emits nearly a thousand photons, a thousand times more than traditional bulbs.

The light emitted by this extremely bright light bulb can help human beings see the details of more objects and can effectively help the practical application of medical personnel, engineers and various scientific experts to improve their work safety.

Traditionally, an electron emits only one photon at a time, but the bulb developed by the Extreme Light Laboratory can emit nearly a thousand photons per beam, which means that the brightness of a traditional bulb can be increased Thousand times.

This unbelievably bright light bulb basically changes what we can see in the future, and the light beam it emits makes it hard to escape every detail from the human eye. So when you turn on the light, you will find that everything you've seen in the past has become different, no longer the world you saw and experienced in the past, the very bright light beam will change the appearance of the object, Every tiny detail is clearly visible.

The researchers said that this can solve the traditional X-ray can not see tiny tumors or cracks, but also can be used in "speed camera", take the transition of chemical reactions, and the process of electronic movement. This kind of research, which has been tried for many years in the past, has failed because it can not find a bright enough light source .