Interpretation of Lorentz boosts in conformally deformed special relativity theory

TL;DR

This paper interprets Lorentz boosts in conformally deformed special relativity as transformations among accelerated observers, linking the model to MOND and dark matter research, and emphasizing its position-space formulation.

Contribution

It provides a novel interpretation of Lorentz boosts in conformally deformed special relativity as transformations for accelerated observers, connecting it to MOND and dark matter.

Findings

Lorentz boosts can be viewed as transformations among accelerated observers.

The model offers a relativistic version of MOND.

Potential implications for dark matter research.

Abstract

Conformally deformed special relativity is mathematically consistent example of a theory with two observer independent scales. As compare with recent DSR proposals, it is formulated starting from the position space. In this work we propose interpretation of Lorentz boosts of the model as transformations among accelerated observers. We point further that the model can be considered as relativistic version of MOND program and thus may be interesting in context of dark matter problem.