It is shown that under the conditions of inertial motion of conducting bodies, electromagnetic fields arise around them. In the example of an unevenly moving metal ball, the intensity and power of electromagnetic radiation arising at the moments of deceleration and acceleration are calculated. It is proven that a similar effect is also caused by the movement of conducting bodies along a curvilinear trajectory, due to the appearance of a centrifugal force acting on conduction electrons.

中文翻译：

---

惯性运动导电体的电磁辐射理论

结果表明，在导电体惯性运动的条件下，其周围会产生电磁场。在一个不均匀运动的金属球的例子中，计算了减速和加速时刻产生的电磁辐射的强度和功率。已经证明，由于作用在传导电子上的离心力的出现，导体沿着曲线轨迹的运动也会引起类似的效果。