German Scientists Have Built An Artificial Sun From Industrial-Grade Spotlights, For Science

The Germans are part of the Indo-Aryan race and the language are from the Sanskrit branch and that is why when you say smart people .you can say Indians 9 The fair and sharp nose type only )  and Germans and suspected that the Jews were also part of the Indo-Aryan race and also super smart. They are all God's children and have the special genetic gene of the God's (Alien Hybrids ) 

German Scientists Have Built An Artificial Sun From Industrial-Grade Spotlights, For Science

German scientists have assembled an artificial sun, composed of the largest collection of high-powered spotlights in the world, and are about to turn it on in the name of science.

The ‘Synlight’ experiment, being conducted in Jülich, involves using 149 film projector spotlights, each with roughly 4,000 times the wattage of average light bulbs. Designed by scientists from the German Aerospace Center (DLR), the test aims to produce light about 10,000 times more powerful than natural sunlight hitting Earth.

The sun blasts the Earth with energy every day, which the scientific community is looking to tap in a greater fashion. As of right now, solar panels are still not at maximum efficiency, and the research team is looking to remedy that.

All the lamps in Synlight are pointed at one spot, in order to maximise the energy concentration. When the artificial sun is turned on, it’s expected to generate temperatures of around 3,500 degrees Celsius, three times hotter than a blast furnace.

Of course, the experiment is risky. “If you went in the room when it was switched on, you’d burn directly,”  DLR’s Bernard Hoffschmidt told The Guardian. For this reason, the test will be conducted in a sealed radiation chamber. Aside from the risk, however, the experiment is also expensive. Synlight is capable of guzzling as much electricity as a four-person household would use in a year, in just four short hours. But the possible results are very much worth it.

The researchers hope to utilise the experiment to figure out how to generate cleaner and cheaper energy in the future, particularly how to use sunlight to produce hydrogen fuel cells. “We’d need billions of tonnes of hydrogen if we wanted to drive aeroplanes and cars on CO2-free fuel,” Hoffschmidt said. “Climate change is speeding up so we need to speed up innovation.”

Additionally, Synlight could also be repurposed in future to conduct heat-resistance tests of parts used in spaceflight vehicles, something of increasing importance as mankind prepares for manned missions to Mars and beyond.