About: Yinghuarite (Sakuradite)

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About: Yinghuarite (Sakuradite) Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

Yinghuashek (櫻花石, literally Cherry Blossom Stone), known as Sakuradite in Japanese and Rosium in North America, was discovered in the aftermath of the test-detonation of the N2 Bomb in Taiping Burma. Thanks to its rosy appearance and glow when exposed to energy, it was named after Cherry Blossoms by Masato Fukuda and Chen Wa Ting, the two researchers who discovered it. It soon proved to be a superconductor and energy amplifier that, in trace amounts, could allow the transmission of complex or ridiculously (for its size) powerful pulses of energy, be it radiation or electricity. During the Taiping-Japanese War, both of them attempted to, in Hong Kong, create an ejection system that would allow fighter and tank pilots on both sides to escape from their armor. At the end of the war, the Taipi

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rdfs:label	Yinghuarite (Sakuradite)
rdfs:comment	Yinghuashek (櫻花石, literally Cherry Blossom Stone), known as Sakuradite in Japanese and Rosium in North America, was discovered in the aftermath of the test-detonation of the N2 Bomb in Taiping Burma. Thanks to its rosy appearance and glow when exposed to energy, it was named after Cherry Blossoms by Masato Fukuda and Chen Wa Ting, the two researchers who discovered it. It soon proved to be a superconductor and energy amplifier that, in trace amounts, could allow the transmission of complex or ridiculously (for its size) powerful pulses of energy, be it radiation or electricity. During the Taiping-Japanese War, both of them attempted to, in Hong Kong, create an ejection system that would allow fighter and tank pilots on both sides to escape from their armor. At the end of the war, the Taipi
dcterms:subject	Technology Taiping Empire
abstract	Yinghuashek (櫻花石, literally Cherry Blossom Stone), known as Sakuradite in Japanese and Rosium in North America, was discovered in the aftermath of the test-detonation of the N2 Bomb in Taiping Burma. Thanks to its rosy appearance and glow when exposed to energy, it was named after Cherry Blossoms by Masato Fukuda and Chen Wa Ting, the two researchers who discovered it. It soon proved to be a superconductor and energy amplifier that, in trace amounts, could allow the transmission of complex or ridiculously (for its size) powerful pulses of energy, be it radiation or electricity. During the Taiping-Japanese War, both of them attempted to, in Hong Kong, create an ejection system that would allow fighter and tank pilots on both sides to escape from their armor. At the end of the war, the Taiping Government began to fund the two researchers, and much of their research vanished. In February 2009, during the Indo-Taiping War, two levitating tanks (named the Tianyang - 天楊), making use of antigravity and Yinghuarite technology, were deployed against Indian forces. Days later, a more humanized mechanical armor, the Baima (白馬, "literally white horse"), was deployed, to even greater effect. However, the use of Yinghuarite has been seen in the new Tianshi and Tiandi satellites now used by the Taiping for communication purposes.

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