DOI: https://dx.doi.org/10.18203/issn.2454-2156.IntJSciRep20221589
Published: 2022-06-23

4D space-time contraction PK 2D Lorentz contraction

Runsheng Tu

Abstract


BackgroundSpecial relativity treats a moving object as a rigid body and does not discuss the relativistic effects of the motion of the particles that make up the object. This unrealistic approach has misleading effects on the "application of special relativity" and the "concept of space-time". It is necessary to eliminate this misleading effect.

Methods:Considering the actual composition of moving objects, the effect of motion on mass is obtained according to the relativistic mass velocity relation, and then the actual relativistic motion effect is obtained.

Results:The volume of a non rigid body shrinks in all directions due to motion. This is inconsistent with the conclusion that the moving space contracts only in the direction of motion. When a non rigid body moves at a super high speed, the space around it will be distorted (even if the object is only inertial, the space is not guaranteed to be flat).

Conclusions:The actual composition and structure of a moving object cannot be ignored. The motion of space and the contraction of space due to motion are unrealistic. This leads to the doubt of the world view that "space has relativity".


Keywords


Theory of relativity, Rigid bodies, Inertial motion, Mass-velocity relation, 3D relativistic contraction, Moving mass black hole

Full Text:

PDF

References


Florentin S, Fu Y, Zhao F. Unsolved problems in special and general relativity. Available at: https://www.doc88.com/p-2028702768527.html. Accessed on 20 September 2021.

Runsheng Tu. Experiments supportive of relativity theory contain data that does not support the theory. Infinite Energy. 2015;21(123):35-43.

Runsheng Tu. Relativity Principle Brings About Trouble for Electrodynamics. Infinite Energy. 2012;17(101):35-43.

Shaozhi Xu. Absoluteness and Relativity of Motion. Invent Innovat. 2002;10:30-1.

Davies P. Cosmology black holes constrain varying constants. Nature. 2002;418:602-3.

Bluhm R. Breaking Lorentz Symmetry. Physiscs World. 2004;17(3):41-6.

Kostelecky A. The search for relativity violations. Sci Am. 2004;9:74-83.

Dingle H. The Case Against Special Relativity. Nature. 1967;216:119-22.

Essen L. The error in the Special Theory of Relativity. Nature. 1969;217:19.

Feng Li. General derivation method of mass-velocity relation. J Tai'an Teach. 1998;11(6):42-3.

Runsheng Tu. Form time, absolute stationary system and time difficulties. J Ningxia Inst Technol. 1997;9(1):101-4.

Runsheng Tu. Form Space: A New Understanding of Space in the Theory of Relativity. Physical Sci Int J. 2021;25(11):34-46.

Runsheng Tu. Sound the Horn of the Scientific Revolution. Beau Bassin, Mauritius. Golden Light Acad Pub. 2019;4:537.

Runsheng Tu. Theory of Relative-absoluteness. J Ningxia Inst Technol. 1996;8(2):105-10.

Runsheng Tu. The contradictions in the existing physics and the psychological factors that influence them to be valued. Int J Sci Rep. 2020;10(6):418-24.

Runsheng Tu. Relativistic effect of non rigid in motion: volume contraction in all directions; space around it warped. Phy Sci Int J. 2022;26(2):34-46.