I am a research student in theoretical cosmology with a profound passion for unraveling the mysteries of the universe. Having completed my MSc in Physics, I am driven by a deep curiosity about the origin of the cosmos and our place within it. My journey into cosmology began in my childhood when I would spend hours gazing at the night sky, captivated by its vastness and the questions it sparked about our existence. This fascination has guided my academic and research pursuits, leading me to delve deeper into the fundamental questions about the universe.

Currently, my research focuses on modified gravities such as f(Q), f(P), and Einstein Aether, with particular interest in their reconstruction from various dark energy models. By exploring these alternative theories of gravity, I aim to shed light on the underlying mechanisms driving the accelerated expansion of the universe. Additionally, I am investigating the thermodynamical properties of dark energy models, including the Chaplygin gas, to gain insights into the cosmic evolution from a thermodynamical perspective.

My work in cosmology is motivated by the desire to make meaningful connections between the origin of the universe and our existence within it. I believe that understanding the fundamental nature of the cosmos can provide profound insights into the origins and fate of everything within it, including ourselves. As I prepare to pursue a PhD in cosmology, I am committed to advancing our knowledge in this field and contributing to the broader scientific quest to comprehend the universe's deepest secrets.

Outside of my research, I am passionate about sharing my knowledge and enthusiasm for cosmology with others. I believe in the importance of science communication and aspire to inspire future generations of scientists by making complex cosmological concepts accessible and engaging. My ultimate goal is to contribute to the scientific community and help unravel the profound mysteries that have captivated humanity for centuries.