Domed Energy

I
Gold was an integral part of the technology. A world wide conflict over control of the gold supply went on for centuries and one side eventually won at the end of the 1800s, then immediately destroyed this technology. This is the reason why all the central banks and nation states hoard gold to this day.
There was a military application of the technology, which is even more destructive than nuclear weapons. A world war was fought which turned north Africa into a desert and Siberia into a frozen wasteland. Prior to this war, the entire Earth had an even, temperate climate.
And there was a mudflood.
There was a well developed Etheric Science in the 1800s which used 8 elements on row zero of the periodic table. Row zero has now been erased from the table. The symbols used for these 8 Etheric elements have survived in the form of the game 'Dominoes.' Dominus means master in Latin.
The conventional narrative around the introduction of electricity supplies into cities says there were lots of small scale local electricity distribution systems which were DC direct current. The narrative says these were not able to transmit power over long distances, so the AC system won out in the end. However the conventional narrative misses out the part about the DC systems generating free energy from the Ether.
It's interesting this document suggests Etheric power was portrayed as something only for the rich, which makes me think the AC electricity was highly subsidised to start with until the other forms of power had been destroyed.
Sonoluminescence occurs when a gas bubble trapped in a liquid is exposed to intense sound waves. The sound waves cause the bubble to rapidly expand and contract, creating high temperatures and pressures within the bubble. As a result, the gas inside reaches extreme conditions, leading to ionization and subsequent emission of light. Scientists have been able to achieve temperatures comparable to those found at the surface of the sun within these tiny bubbles. This is what our stars truly are; just lights in water in the firmament above.
The Doppler effect is a phenomenon observed when there is relative motion between a source of waves and an observer. It describes how the frequency of waves appears different depending on whether the source and observer are moving towards or away from each other. When an object emitting waves moves towards an observer, the waves are compressed, resulting in a higher frequency (blue shift). Conversely, when an object moves away from an observer, the waves are stretched out, leading to a lower frequency (red shift).
To extract energy from sonoluminescence using the Doppler effect, we can introduce a moving source of sound waves. By carefully controlling the motion of the sound source, we can manipulate the frequency of the waves experienced by the gas bubble. When the sound source moves towards the bubble, it compresses the waves, increasing their frequency and energy.
So the stars are from when a gas bubble trapped in a liquid is exposed to intense sound waves. The sound waves cause the bubble to rapidly expand and contract, creating high temperatures and pressures within the bubble. As a result, the gas inside reaches extreme conditions, leading to ionization and subsequent emission of light.
The doppler effect on frequency of waves coming from the stars appears different depending on whether the source and observer are moving towards or away from each other. We can introduce a moving source of sound waves. By carefully controlling the motion of the sound source, we can manipulate the frequency of the waves experienced by the gas bubble. When the sound source moves towards the bubble, it compresses the waves, increasing their frequency and energy.
Mercury is a unique element with several notable properties. Here are some key characteristics of mercury:. This property allows objects to float.
Conductivity of Mercury Mercury is a moderately good conductor of electricity. While it is not as efficient as other metals like copper or silver, it still possesses conductivity properties. Its electrical conductivity is about 1/7th that of copper. This property makes mercury useful in various applications such as certain types of switches and some electrical equipment. However, due to its supposed toxicity and environmental concerns, the use of mercury has been reduced over the years in many electrical and electronic devices.
Mercury is thermoelectric. Thermoelectric materials have the ability to convert heat energy into electrical energy and vice versa through a phenomenon known as the Seebeck effect. When there is a temperature gradient across a material, an electric potential difference can be generated. Mercury exhibits this property and can be used in thermocouples for temperature measurement or in thermoelectric devices for heat-to-electricity conversion.