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In a previous report, we have shown that the rhodium lattice consisting ofresonant nuclei is an ideal photonic crystal in nature. Plenty of extraordinaryobservations are attributed to the collective down conversion of the multipolarnuclear transition; in particular the spontaneous open up of photonic band gap.Emissions of directionality depending on the macroscopic geometry manifest thatthe standing wave is global in the polycrystalline sample. In this work,further observations of the directional emissions are summarized. By applyingan external magnetic field at room temperature, not only the predictedmacroscopic nuclear polarization but also its strong directionality aredemonstrated. The standing wave lasts for more than hundred hours at roomtemperature in the single crystal despite its natural half-life of one hour.The so-called nuclear Raman Effect between two M4 transitions of 193mIr and195mPt and the E3 transition of 103mRh is discovered, which gives the brand newaspects to detect gravitational waves.

Gamma Standing Wave in the Photonic Crystal of Resonant Rh Nuclei