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Classical Mechanics

Learn about classical mechanics, the foundation of physics that explains how objects move and interact under various forces. Discover the principles of motion! 🌍
Illustration depicting biological systems in vivo
Illustration depicting biological systems in vivo

Exploring the Vivo System: Mechanisms and Implications

By
Dr. Sanjay Menon
Explore the vivo system's role in scientific research 🌍. Discover methodologies, ethical considerations, and how they influence fields like personalized medicine and synthetic biology. 🔬
A detailed illustration of CRISPR technology advancements in 2021
A detailed illustration of CRISPR technology advancements in 2021

Major Scientific Breakthroughs of 2021: A Review

By
Dr. Sarah Johnson
Explore the pivotal scientific breakthroughs of 2021! 🌍 From biology to physics, discover how innovations transformed our understanding of the world. 🔬✨
Illustration depicting the pathophysiology of Kawasaki disease
Illustration depicting the pathophysiology of Kawasaki disease

Understanding Kawasaki Disease: A Comprehensive Overview

By
Dr. Sheetal Joshi
Explore Kawasaki disease—a serious inflammatory condition affecting children. Learn about its symptoms, diagnosis, treatment, and significance for health. 🩺❤️
Illustration of non-spherical particulate structures
Illustration of non-spherical particulate structures

Exploring Non-Spherical Particulate Systems

By
Prof. Susan Li
Explore the complexities of non-spherical particulate systems (NSPCs) across biology, chemistry, and materials science. Discover analysis methods and recent advancements. 🔍
A physics lecturer engaging with students in a classroom setting, fostering discussion.
A physics lecturer engaging with students in a classroom setting, fostering discussion.

Exploring the Lecturer's Role in Physics Education

By
Dr. Sheetal Joshi
Explore the lecturer's vital role in physics, encompassing teaching, research, and community engagement. Uncover challenges and interdisciplinary connections! 🔬📚
Representation of starting gate granules in scientific research
Representation of starting gate granules in scientific research

Understanding Starting Gate Granules in Scientific Research

By
Dr. Meera Nair
Explore the vital role of starting gate granules in research across disciplines like biology, chemistry, and materials science. Discover methodologies, challenges, and future innovations! 🔬📚
Diagram illustrating the principles of siphoning in fluid dynamics
Diagram illustrating the principles of siphoning in fluid dynamics

Exploring Siphoning: Science and Practical Uses

By
Dr. Sunita Reddy
Explore the science of siphoning! 🚰 Uncover its principles, historical context, and innovative applications in agriculture, labs, and fluid dynamics. 🧪
Graph showcasing annual lymphoma incidence trends
Graph showcasing annual lymphoma incidence trends

Annual Lymphoma Incidence: Trends and Insights

By
Dr. Lucas Ferreira
Explore the annual incidence of lymphoma, including trends in diagnosis and treatment. Gain insights into public health impacts and patient survival rates. 📊🩺