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7/21/2025, 12:07:31 AM
>>937371300
>>937372005
Energy generation and transmission is the core technology behind every successful civilization. Today we use a variety of non-renewable energy sources due to their high energy density and ease of transport compared to renewable sources.
The ultimate technology for any civilization on any planet is a system that can draw on a renewable energy source from all locations with similar efficiency. A power plant that can be built at the equator in a densely populated area or in the remote arctic circle should have the same potential.
The Progenitors likely had multiple solutions to this issue of power production, but we'll focus on one in particular.
First we need to understand the physics mechanisms at work.
The Earth is a magnetic dynamo consisting of molten ferrous materials under the crust which produces a magnetic field as they rotate. This magnetic field pushes against solar radiation emitted by the sun, allowing the Earth to sustain its atmosphere. These forces mostly equalize in the region known as the ionosphere, a highly energetic environment.
As radiation and particle streams from the sun collide with the upper atmosphere and become deflected by the strong magnetic field they produce all kinds of highly energetic effects.
This is most familiar to us as lightning. Lightning occurs when regions of low resistance occur in the air column, allowing energy accumulated in the ionosphere to discharge into the Earth.
>>937372005
Energy generation and transmission is the core technology behind every successful civilization. Today we use a variety of non-renewable energy sources due to their high energy density and ease of transport compared to renewable sources.
The ultimate technology for any civilization on any planet is a system that can draw on a renewable energy source from all locations with similar efficiency. A power plant that can be built at the equator in a densely populated area or in the remote arctic circle should have the same potential.
The Progenitors likely had multiple solutions to this issue of power production, but we'll focus on one in particular.
First we need to understand the physics mechanisms at work.
The Earth is a magnetic dynamo consisting of molten ferrous materials under the crust which produces a magnetic field as they rotate. This magnetic field pushes against solar radiation emitted by the sun, allowing the Earth to sustain its atmosphere. These forces mostly equalize in the region known as the ionosphere, a highly energetic environment.
As radiation and particle streams from the sun collide with the upper atmosphere and become deflected by the strong magnetic field they produce all kinds of highly energetic effects.
This is most familiar to us as lightning. Lightning occurs when regions of low resistance occur in the air column, allowing energy accumulated in the ionosphere to discharge into the Earth.
7/11/2025, 7:32:53 AM
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