By the way, regarding the technology of the gods, I was also reminded of the well-known 1994 film "Stargate" , about an encounter with Egyptian gods on another planet, for those who don't know. It turns out to be very interesting as well.
1605197, I really liked this series. It is interesting to watch how the settings change throughout the series, from primitive to more advanced. Very profound meanings are revealed in the series; for example, the Goa'uld greatly resemble the human brain. They are also located in the human body, just like our brain, and are even similar to it. There is a lot to reflect on
If I'm not mistaken, in season 3, episode 4, I was struck by the plot of the episode in which SG-1 fall into a trap of illusions and replay the events of their lives in a loop, exactly as we keep replaying the same plot throughout our lives. Overall, in my opinion, this series has a lot of useful things to take from.
By the way, it has a sequel, which I am already watching. It's called Stargate Atlantis.
It's interesting—we already live in the age of the Gods, advanced technologies, and future discoveries.
The Vedas say that technological development comes from the lower worlds. They pass technologies on to us.
Essentially, technological development leads to a dead end without spiritual development. Perhaps that is why past civilizations did not survive.
In China, they are creating what journalists have already dubbed “an artificial Sun”.
Of course, this is not a real miniature star. Scientists are trying to reproduce on Earth the same principle that makes our Sun shine — nuclear fusion.
In a conventional nuclear power plant, energy is produced by splitting heavy atoms. Here, everything happens the other way around: light atomic nuclei are brought together. When they fuse, they release an enormous amount of energy.
To achieve this, gas is transformed into a special state — plasma — and heated to a temperature of more than 100 million degrees. That is even hotter than the center of the Sun.
An obvious question arises: why, then, does the installation itself not melt?
Because the superheated plasma barely comes into contact with the reactor walls. It is held in place by extremely powerful magnetic fields — like an invisible magnetic cage.
Chinese experimental facilities can already contain such superhot plasma for many minutes. The next task is much more difficult: to make the reaction produce more usable energy than is needed to sustain it, and then learn how to convert that energy into electricity.
If humanity succeeds in mastering controlled nuclear fusion, we will essentially learn to harness on Earth one of the Universe’s fundamental energy mechanisms.
, about an encounter with Egyptian gods on another planet, for those who don't know. It turns out to be very interesting as well.
