Photon Spotlight Mining (Tech)/TechInfo: Difference between revisions
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{{TechInfo | {{TechInfo | ||
|Name=Photon Spotlight Mining | |Name=Photon Spotlight Mining | ||
|Description=Under a special gravitational field, the quantum chip could be used to positively intervene in the transition process of the photon group. It can control the propagation path and produce an obvious bunching effect. This high-energy laser beam can instantly cut the ore veins and transform the ores into particles for transportation and packaging, which significantly improves the efficiency of mining. | |Description=Under a special gravitational field, the quantum chip could be used to positively intervene in the transition process of the photon group. It can control the propagation path and produce an obvious bunching effect. This high-energy laser beam can instantly cut the ore veins and transform the ores into particles for transportation and packaging, which significantly improves the efficiency of mining. | ||
|Cost1Type=Electromagnetic Matrix | |Cost1Type=Electromagnetic Matrix | ||
Revision as of 22:17, 8 January 2024
Photon Spotlight Mining
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Under a special gravitational field, the quantum chip could be used to positively intervene in the transition process of the photon group. It can control the propagation path and produce an obvious bunching effect. This high-energy laser beam can instantly cut the ore veins and transform the ores into particles for transportation and packaging, which significantly improves the efficiency of mining.