2. Shukri Klinaku, The general Galilean transformation

$25.00 each

For purchase of this item, please read the instructions

 

Volume 30: Pages 243-245, 2017

 

The general Galilean transformation

 

Shukri Klinakua)

 

University of Prishtina, Sheshi Nëna Terezë, 10000 Prishtina, Kosovo

 

The general Galilean transformation (GGT) has been found, and from this derives what is known today as the Galilean transformation (GT) and all other equations that deal with relative motion, including the general Doppler Effect at an arbitrary angle. The GGT incorporates the Lorentz factor. The GGT offers solutions which the GT, being only a special case of the GGT, cannot provide. The solutions provided by the GGT indicate to us that, in late nineteenth and early twentieth centuries, there was no need for a new paradigm (special relativity), but all what was needed was the extension of the existing paradigm.

 

On a découvert la Transformation générale de Galilée (TGG) et, à partir de celle-ci, on a déduit ce qu’on appelle aujourd’hui la Transformation de Galilée (TG) ainsi comme tous les autres équations liées avec le mouvement relatif (y compris l’Effet Doppler a un angle arbitraire). TGG contient le facteur de Lorentz. La TGG présente désormais des solutions que la TG (n’étant qu’un cas particulier de TGG) n’a pas pu présenter. En effet des réponses que le TGG nous offre désormais nous montrent bien que durant la période de la fin du 19eme siècle et du début de 20eme, on n’a pas eu besoin d’un nouveau paradigme scientifique (la théorie de la relativité restreinte). Il a fallu tout simplement élargir le paradigme existant.

 

Key words: General Galilean Transformation; Doppler Effect; Special Relativity.

 

Received: January 25, 2017; Accepted: May 27, 2017; Published Online: June 15, 2017

 

a) This email address is being protected from spambots. You need JavaScript enabled to view it.