The brightness will be more than 1 billion times stronger than the surface of the sun! US scientists develop world's brightest bulb

American scientists are working on one of the world's brightest light bulbs, which is about 1 billion times brighter than the sun's surface! It can help medical personnel more easily find small tumors or cracks that have not been seen before. They are really useful.

The British newspaper "independent" (The Independent) reported that the University of Nebraska-Lincoln (University of Nebraska-Lincoln) a team of scientists, to produce a bright world light bulb, it emits a beam of light can than the sun's surface strength is as high as 1 billion times, it is hard to imagine the bright lights, the researchers think can be used as a a new type of X light, can shoot more than the traditional high resolution clear pictures.

Extreme Light Laboratory, the University of Nebraska-Lincoln's research and development bulb, a beam that can emit nearly a thousand photons, is more than 1000 times as many as traditional bulbs. (picture: University of Nebraska-Lincoln)

The beam of light emitted by the lamp with high brightness, can help the human eye to see more details of the objects, can effectively help the practical application of medical personnel, engineering personnel and various scientific experts, to improve the safety work.

Traditionally, an electronic time only emits a photon, but the "bright Research Institute" (Extreme Light Laboratory) developed a light bulb, can send thousands of photons, that is to say, can let the brightness of traditional light bulbs raise thousands of times.

It's hard to imagine how bright the light bulb will essentially change what we can see in the future, and the beam it emits will make every detail difficult to escape from the human eye. So, when you open the lamp, you will find that all your past to see what is not the same, is not what you see the past and experience of the world, the bright beam will change the appearance of the object, each tiny details are clearly visible.

The researchers said this could solve the problem that conventional X light could not see tiny tumors or cracks, and could also be used in "speed cameras" to take pictures of chemical reactions, as well as the movement of electrons. The research, which has been attempted for many years, ended in failure to find a bright light source.

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