Beatrice Osei Konadu

The researcher has a strong interdisciplinary focus, integrating theoretical physics with observational cosmology to study fundamental aspects of the universe's expansion. Their work employs modified gravity models within a theoretical framework to explain dark energy, which drives cosmic acceleration. They leverage large-scale surveys like Baryon Acoustic Oscillations (BAO) and weak gravitational lensing to analyze datasets for critical parameters in cosmology, examining how these tools constrain equations of state and dynamics of dark energy across various cosmic eras. By combining analytical methods with statistical analysis, they contribute significantly to our understanding of dark matter and the large-scale structure of space-time, offering insights into the fabric of the cosmos through a blend of theoretical modeling and observational data.