Dr. Sameer Joshi
Dr. Sameer Joshi is a theoretical physicist with a focus on quantum mechanics and statistical physics. He received his Ph.D. from the Tata Institute of Fundamental Research and has published extensively on quantum theories and models.
Dive into the Large Hadron Collider! π This piece reveals its design, explorations of fundamental physics, historical insights, and future possibilities. βοΈ
Explore the economics of electric vehicles! ππ‘ Understand costs, consumer behavior, and government policies shaping EV adoption. Dive into sustainability insights.
Explore the role of pharmacodynamics biomarkers in drug interactions. Learn how they impact drug efficacy & safety, personalized medicine, and future innovations. ππ¬
Discover the DLD1 cell line, a crucial asset in cancer research and drug development. Learn about its origins, applications, cultivation, and research limitations. π§¬π¬
Explore the vast potential of 360-degree virtual reality in science! Discover its role in enhancing research and education through immersive experiences. ππ
Explore the intricate history of Earth's great extinctions π. Discover causes, patterns, impacts on biodiversity, and future threats due to human actions β οΈ.
Explore the fascinating classifications of bottlenose dolphins π¬, from species to habitats. Discover their behaviors, conservation efforts, and ecological roles in the ocean! π
Discover the intricacies of prostate biochemical recurrence in cancer management. Learn about definitions, risk factors, and evolving strategies. ππ
Explore the extensive effects of skin cancer on the body. Understand its types, treatments, psychological impacts, and the importance of early detection. π©Ίπ
Discover how portable blood test devices are transforming medical diagnostics. Learn about their design, impact on patient care, and future trends. π©Έπ
Explore crystallography's core principles and techniques. Dive into its historical evolution, applications in science, and future advancements. π§ͺπ¬
Explore the fundamentals of DNA bisulfite sequencing and its role in understanding methylation patterns in gene regulation. 𧬠Uncover key methodologies, applications, and future implications in molecular biology and epigenetics. π