TOKAMAK is making heat by micro black holes like the sun.(Q-FFF particle Model)
China's Advanced 'Artificial Sun' Fusion Reactor Just Broke a New World Record.
On Friday, the Chinese Academy of Sciences' fusion machine reached 120 million degrees Celsius (216 million degrees Fahrenheit) and clung onto this for 101 seconds.https://www.sciencealert.com/china-s-artificial-sun-fusion-reactor-reached-another-milestone?fbclid=IwAR2haTGfKr8fnRMQf0XalZNn90nw7qkqPJBl22iiz9_meozqqJr-UhH0_Hs
In History:
Korea held the previous record of 100 million °C for 20 seconds. Now, China's artificial sun also managed to reach 160 million degrees °C (288 million °F) for 20 seconds, but there's still a long way to go to get the plasma stable at the required high temperatures.
We can't afford to sit back and wait for such an alluring, technological quick-fix, but every step forward for nuclear fusion certainly is cause for excitement.
Q-FFF Theory says: What is originating the heat? answer: The short living micro black hole HOTSPOTS.
Also at the sun around sunspots and in between, we observe lots of similar hotspots, even with tails and acceleration effects like ball lightning.
The solar temperature is supposed to increase by this micro black hole hotspot effect like inside the Tokamak.
"The corona is incredibly hot, hundreds of times hotter than the layers below,"
Due to the influence of these Hotspots interference black holes?
Even in small laboratories seems this already the case of longer stability of micro ball lightning combined with creation with silicon discs.:
see: Evidence for Evaporating Dark Matter Particles in Silicon fireballs.
Kugelblitze of Max Planck institute.
Kugelblize in wasser: Max Planck labor. https://www.youtube.com/watch?v=xL_lkXmOeOI
and;
According to Q-FFF Theory however, the nucleus of such photonic molecule black hole ball lightning seems to be formed by three compound magnetic north or south photons, see below:
Conclusion in nature we need three magnetic photons from three sides: see:
Just as we obsrved in a photo, made above a water stream during a discharging thunder cloud.see: