7. Chong Wang, A new equation for a mass and its speed

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Volume 33: Pages 31-33, 2020


A new equation for a mass and its speed


Chong Wanga)


College of Information Engineering, Zhejiang A & F University, Lin’an 311300, China


This work provides that, when an object is accelerated, the substance quantity included in the object should remain a constant with that substance being redistributed within the object. For the same object, a different mass distribution will show a different momentum effect causing the measured mass to change. Based on this viewpoint, a new mass-speed equation is derived. Analysis shows that the new equation is more compatible with the experimental data than special relativity.


Ce travail montre que lorsqu’ un objet est accéléré, la quantité de substance incluse dans l’objet doit rester constante avec cette substance étant redistribuée dans l’objet. Pour le même objet, une distribution de masse différente montrera un effet d’impulsion différent provoquant un changement de la masse mesurée. Sur la base de ce point de vue, une nouvelle équation de vitesse de masse a été dérivée. L’analyse montre que, sans violer la loi de conservation de la masse, la nouvelle équation pourrait être compatible avec la relativité restreinte.


Key words: Mass-Speed Equation; Substance Redistribution; Basic Particle Model (BPM).


Received: August 13, 2019; Accepted: December 17, 2019; Published Online: February 5, 2020


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