Biot-Savart Law for Determination of Speed of Particle Beyond the Speed of Light

C. B. Khadka
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引用次数: 3

Abstract

This paper presents the modification of Biot-Savart law that thoroughly put to calculate magnetic field at any point in the space due to motion of charge in a complete circuit and further applies to determine velocity of particle faster than the speed of light. The modified Biot-Savart law provides complete mathematical result as given by ordinary Biot-Savart law, but most importantly, do not involve the need of derivative, integration of line element. In order to derive the relation ( among electric field ( magnetic field (( of electromagnetic wave, Biot-Savart law is given by formula B= , Where be angle between direction of velocity v of moving charge and position vector of given point where magnetic field has to be determined. This formula is applicable to address the question of how is it possible to achieve velocity of particle in excess of C and to open a discussion towards a new way of acquiring speed of particle beyond speed of light, namely C , Although, there is popular statement "nothing can move faster than speed of light". In this highly controversial statement, the specific purpose is not to comprises the merits of existing Biot-Savart law, but rather to introduce a concise and careful reasoned account of Biot-Savart law to propagate particle faster than speed of light.
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确定超光速粒子速度的比奥-萨瓦定律
本文提出了对比奥-萨瓦定律的修正,该定律完全适用于计算完整电路中电荷运动引起的空间中任意一点的磁场,并进一步应用于确定比光速更快的粒子的速度。改进的Biot-Savart定律提供了与普通Biot-Savart定律完全相同的数学结果,但最重要的是,它不需要线素的导数和积分。为了推导电磁波的电场与磁场之间的关系,可以用公式B=给出比奥-萨瓦定律,其中需要确定运动电荷的速度方向v与给定点的位置矢量之间的夹角。这个公式适用于解决如何可能使粒子的速度超过C的问题,并开始讨论一种新的方式来获得粒子的速度超过光速,即C,尽管有一个流行的说法“没有什么能比光速更快”。在这个极具争议的声明中,具体的目的并不是要包含现有的比奥-萨瓦定律的优点,而是要对比奥-萨瓦定律进行一个简明而仔细的理性解释,以使粒子的传播速度超过光速。
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