A recent study by the University of Ottawa challenges the widely accepted notion of dark matter in the universe. Dark matter, which has never been directly observed and only identified through gravity, has been a key component in explaining the behavior of galaxies, stars, and planets. However, the new model proposed by Professor Rajendra Gupta combines two existing theories to suggest that dark matter may not exist in the universe.
The model, which combines CCC theory and TL theory, posits that the expansion of the universe and the rotation of the Milky Way can be explained by the concept of “unstable space-time” without the need for dark matter and dark energy. This challenges the traditional understanding of the universe, which relies on the existence of dark matter to explain various phenomena.
The study analyzed recent position data of baryon acoustic oscillations observed in the distribution of red-shifted galaxies and found that the weakening force during coupling, rather than dark energy, may be the cause of the expansion rate of the universe. The model also accurately fits observational data and suggests that the age of the universe may be older than previously believed.
While the study is not without its limitations, as the TL theory has been a topic of debate within the scientific community, it does raise questions about the Standard Model of the Universe. The findings were published in the Astrophysical Journal, sparking further discussion and exploration into the nature of the universe.
This study challenges our understanding of the universe and opens up new possibilities for research and exploration. It highlights the importance of continuing to question and refine our existing theories to gain a deeper understanding of the cosmos.