Technology Development Projects

Ice Volcano Facilities

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This facility technology would pertain to the use of multiple layers of Ice Creation Facilities vertically and inward towards a central point within a large number of Ice Creation Facilities, forming the shape of a cone similar to a volcano. The heat would be channelized to the top, and could be transmitted through laser light to other planets as a form of high-power energy generation, while the surrounding parts of the volcano cone would be made of solid ice. Other options for the top of the ice volcano could be the use of a cold nuclear reactor, such that the facilities are frozen through the refrigeration systems through turning the heat into cold, increasing the amount of cold, and the entire volcano structure turns into a variable control mechanism that can freeze at variable strengths reaching outwards beyond the refrigeration area.

Ice Creation Facilities Construction

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This facility type pertains to a platform and/or multiple platforms that connect together, and create heat from the compression of refrigeration liquid that is circulated from the water of the surrounding ice oceanic areas, such that the heat is removed from the water at a scale that the water freezes entirely. The facility platform may have the ability to raise the height of the facilities platform(s) significantly and add additional refrigeration circulation piping systems to increase the amount of the ice. This type of facility would be ideal for utilization of oceanic area at the North and South poles for the purpose of preserving the cold of the regions, while at the same time utilize the heat from the cooling of the water for the production of alcohol distillation for instance. The facilities could be a combination of airports and large industrial sized alcohol distillation plants that market their products as saving the planet and the polar bears from climate change. Products could be a combination of various types of high-quality spirits such as Russian vodka, gin, in addition to high-quality mass production of specialty beers.

Nuclear Particle Stream (NPS) Science Research Laboratory Construction

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This facility type pertains to a national laboratory that studies how particle streams can be used as a fuel source, the various types of energy in particle streams, how to control particle streams, various types of conduits that can be used and created for particle streams, uses of various types of forces and how the forces interact and are created through particle streams, the sub-atomic and quantum aspects of particle streams, the use of lasers with particle streams, the use of particle streams with gravity drives, the use of particle streams with nuclear engines, the use of particle streams with quantum engines, and other particle stream research and development studies.

Super-Magnetism Science Research Laboratory Construction

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This facility type pertains to a national laboratory that studies how to use various types of super-magnetic forces, how different types of particles work with super-magnetic forces, how to manipulate and utilize super-magnetic forces, how to create super-magnetic forces, the electronics and technologies of super-magnetism, the studies of multi-layered super-magnetism, studies of implosive-explosive super-magnetism, studies of complementary super-magnetism, studies of rotating and counter-rotating super-magnetism, studies of relations between heat and cold with super-magnetism, and studies of how nuclear science relates and can be utilized with super-magnetic forces, in addition to other studies that pertain to super-magnetism.

Laser-Optic Nuclear Science Research Laboratory Construction (LEON)

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This facility type pertains to a national laboratory that studies how to use various types of laser light with nuclear materials, how to use nuclear filters with the laser light, how to use various types of laser light to split atoms and quantum structures, how to build atoms and quantum structures with lasers, how to construct matter with lasers, and how to create anomalies and other types of experiments using nuclear lasers.

 


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