Scientists create extraordinary mini sun. This mini-sun scientists created by simulating their own gravity. Scientists certainly make the mini sun with various considerations.
Advances in technology now can even surpass human reason. Things that once seemed impossible can now happen like miracles.
As is currently happening. Physicists have just succeeded in creating a mini sun using existing gravity simulations.
They decided to create a miniature sun to investigate what exactly causes extreme space weather or storms.
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Scientists Create First Mini Sun
Mini suns were a really great idea a long time ago. Now physicists seem to have succeeded in creating this in the real world.
Physicists created mini suns that have even higher gravity. The tiny sun consists of superheated plasma inside a 3-centimeter-wide glass ball.
This is of course very amazing because it is the best experiment. Interestingly, this sun also produces sound waves that limit the rotating plasma just like the sun’s actual gravity.
Helps Predict Space Weather
In the journal Physical Review Letters published on January 20, 2023, this small sun will help scientists predict extreme solar storms that can cause power outages, bring down satellites, and also cripple the internet.
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Seth Putterman, a professor of physics at UCLA, explains that his team has shown that sound systems produced by microwaves can produce sufficiently strong gravity. Thus, the problem of gravity on Earth is not an obstacle in this research.
With scientists creating mini suns, they no longer need to go to outer space to conduct experiments on the weather there or solar storms.
Has High Radiation
Explosions on the surface of the sun launch bursts of radiation which then become solar flares or solar flares called coronal mass ejections (CMEs).
After coasting, the CME then travels at millions of miles per hour to form a giant combined wave that triggers a geomagnetic storm.
Scientists do not yet know the details of when this storm occurred. To explain the process, scientists made this mini sun by placing sulfur gas inside a glass ball before exploding it using microwaves.
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The explosion will change the hot plasma temperature of 5,000 degrees Fahrenheit or 2,760 degrees Celsius. Sound waves resulting from ionized gas swirling became a substitute for gravity.
Then, the burning mixture will form a pattern similar to plasma flows on the sun’s surface, as predicted according to theory.
By capturing this flow on the camera through scientists creating mini suns, it is hoped that humans can immediately know and add insight into the true workings of the sun without having to go to outer space. (R10/HR-Online)
