Black Hole Reactor: Difference between revisions
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== BHR LYNX-1 == | == BHR LYNX-1 == | ||
The first BHR, under the codename '''Project: Lynx''', was | The first BHR, under the codename '''Project: Lynx''', was founded sometime in 20XX, where they would undertake the project and develop it fully. It would be placed within the [[Arte-Nakatomi International Research Center]] as time went on. It would complete construction by [MON], 20XX. | ||
The Lynx-1 reactor was notable by the many working parts within it, to eventually produce the Black Hole and extract the energy. | The Lynx-1 reactor was notable by the many working parts within it, to eventually produce the Black Hole and extract the energy. One notable part is the '''Penrose Extraction Array''' (PEA). | ||
Latest revision as of 11:01, 10 July 2026
Overview
[edit]The Black Hole Reactor (commonly abbreviated to BHR) is an experimental form of power generation utilizing the theorem of the Penrose Process, which extracts energy from an active black hole to manufacture power. It's known as one of the most efficient forms of energy on the planet. Only two iterations are known to exist.
Notably, it was the brainchild of Asakura Nakatomi and Maya Arte-Dramkt, who had a heavy hand in the research of the reaction process, and the design of the reaction containment unit.
BHR LYNX-1
[edit]The first BHR, under the codename Project: Lynx, was founded sometime in 20XX, where they would undertake the project and develop it fully. It would be placed within the Arte-Nakatomi International Research Center as time went on. It would complete construction by [MON], 20XX.
The Lynx-1 reactor was notable by the many working parts within it, to eventually produce the Black Hole and extract the energy. One notable part is the Penrose Extraction Array (PEA).