Journal of Physics & Astronomy

Open Access Open Access  Restricted Access Subscription Access

The Present and the Future of Some Velocity in Space-Time


Affiliations
1 Universit of Craiova, 71 Tabla Butii Str., 22037, Drobeta Turnu Severin, Romania
 

In this paper we introduced the present and the future of some velocity ωεR+, as hypercones in Space-Time, valid both in the classical mechanics (the Newtonian mechanics) and in the relativistic mechanics if ω does not exceed the speed of light in vacuum. The consequences are multiple including the need to redefine philosophical notions about the present, past and future, the expansion and the size of the universe available to an observer in the Space-Time.

Keywords

Space-Time, Event, Signal, Past, Present, Future, Hypercone, Lorenz Transformations, Pseudo-Euclidean Metric, Minkowski Space.
User
Notifications
Font Size

  • JD Cresser. The special theory of relativity, Lecture Notes, Department of Physics Macquarie University, July 31, 2003.

  • A Einstein. Relativity. Routledge, 1916.

  • A Gersten. Euclidean special relativity, Foundations of Physics. 2003;33:8

  • Minkowski Space and Time, Cologne Conference, Sept. 1908.


Abstract Views: 193

PDF Views: 0




  • The Present and the Future of Some Velocity in Space-Time

Abstract Views: 193  |  PDF Views: 0

Authors

C. Patrascoiu
Universit of Craiova, 71 Tabla Butii Str., 22037, Drobeta Turnu Severin, Romania

Abstract


In this paper we introduced the present and the future of some velocity ωεR+, as hypercones in Space-Time, valid both in the classical mechanics (the Newtonian mechanics) and in the relativistic mechanics if ω does not exceed the speed of light in vacuum. The consequences are multiple including the need to redefine philosophical notions about the present, past and future, the expansion and the size of the universe available to an observer in the Space-Time.

Keywords


Space-Time, Event, Signal, Past, Present, Future, Hypercone, Lorenz Transformations, Pseudo-Euclidean Metric, Minkowski Space.

References