Abstract

The results of quantum-chemical calculations of helium atoms in strong and superstrong magnetic fields are described. The calculations showed the possibility of transferring helium atoms to superstable states with the release of a huge amount of energy, provided that helium was previously converted to a solid state at a sufficiently high pressure and low temperature. In addition to energy production, the possibility of using helium as a coherent radiation source, that is, as a laser with a predetermined frequency.

中文翻译：

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固态氦气作为非传统能源

摘要

描述了强和超强磁场中氦原子的量子化学计算结果。计算表明，只要事先在足够高的压力和低温下将氦原子转化为固态，就有可能释放大量能量而将氦原子转移到超稳定状态。除了产生能量外，还可以将氦气用作相干辐射源，即用作具有预定频率的激光器。