通过应用电磁低频辐射控制重力的挑战-理论和建议的模型实验
A Challenge to Control Gravity via Applying Electromagnetic Low-Frequency Radiation - Theory and Proposed Model Experiments
摘要：
在膨胀非减速宇宙模型中引入Vaidya度规，可以使引力场的能量局域化。引入有效引力域项，用经典牛顿势代替Yukawa型势。它允许为每个引力场分配一个典型的频率值。推导出的理论结论使我们能够研究具有精确预定频率和强度的电磁场对铁的影响。我们相信，在某些情况下，铁的引力质量会减少。通过两个模型实验验证了理论结论。
英文摘要：
Including Vaidya metric into the model of Expansive Nondecelerative Universe allows to localize the energy of gravitational field. A term of effective gravitational range is introduced and classic Newton potential is substituted for Yukawa-type potential. It allows to allocate a typical frequency value to each gravitational field. Derived theoretical conclusions led us to investigate the effect of electromagnetic field with a precisely predetermined frequency and intensity on iron. We believe that under certain circumstances a decrease in iron gravitational mass should be observed. Two model experiments verifying the theoretical conclusions are proposed.
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