About Me
a boy lost in the cosmos
I’m Kumar Shivam, a science student driven by curiosity and wonder. Since childhood, I’ve been fascinated by the cosmos — the mysteries of the universe and the beauty of physics that explains them. I am currently working towards building a research career in cosmology and astrophysics, dedicating my time to exploring stellar phenomena and extragalactic mysteries.
My Journey
When I was in class 6th, I used to watch TV shows like Ancient Aliens and How the Universe Was Made on History TV 18 and Discovery Science. Those shows sparked a deep curiosity within me — a desire to understand this vast cosmos and uncover its hidden mysteries. Life brought its share of challenges, but that curiosity never faded. Today, I’m continuing that same dream, evolving from a curious viewer to an active researcher analyzing the photometric light curves of red supergiants and the physics of dark energy.
Experience & Research
Research Trainee
S.N. Bose National Centre for Basic Sciences
Engaging in advanced physics and astrophysical research environments, building a strong foundation in observational techniques and theoretical models.
Independent Researcher
Stellar Astrophysics & Extragalactic Astronomy
Authored detailed analytical papers, most notably a comprehensive photometric analysis of the red supergiant Betelgeuse using Lomb-Scargle periodograms and continuous wavelet transforms to study the Great Dimming event. Additional review work spans Quasars, Dark Energy, and the Philosophy of Time.
Initiatives
Project Pratyaksh
Founder & Lead Coordinator
A dedicated science outreach initiative aimed at bringing the wonders of the cosmos to young minds. Through school visits, workshops, and interactive sessions, I strive to spark the same curiosity in students that I felt when I first looked up at the stars, making astronomy accessible and engaging for everyone.
My Interests
Astrophysics
Exploring celestial mechanics, red supergiants, and the life of stars.
Cosmology
Understanding the structure, dark energy, and fate of the universe.
Computational Physics
Simulating physical systems and time-series analysis with Python.
Photography
Capturing the aesthetic patterns of nature and light.
Philosophy
Reflecting on existence, the nature of time, and meaning.