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Classical Mechanics

Explore the principles of classical mechanics, where we analyze motion, forces, and energy interactions in our physical world. ⚙️
Visual representation of multiple myeloma cell mutations
Visual representation of multiple myeloma cell mutations

Understanding MM Cancer: Insights on Multiple Myeloma

By
Prof. John H. Lewis
Explore the nuances of 'MM' in cancer, focusing on multiple myeloma's impact. Understand its symptoms, diagnosis, treatment strategies, and latest research advancements. 🩺📊
Graphical representation of the friction coefficient across various materials
Graphical representation of the friction coefficient across various materials

Understanding the Friction Coefficient: An Overview

By
Dr. Aman Khanna
Explore the friction coefficient's principles, its variations in materials, and its importance in engineering. Learn about measurement techniques and research trends. 🔍⚙️
Biomechanical analysis of a sprinter in motion showcasing optimal running techniques
Biomechanical analysis of a sprinter in motion showcasing optimal running techniques

Advancing Athletic Performance Through Biomechanics

By
Prof. David R. Stone
Explore the dynamic field of sports biomechanics! Discover how mechanical principles improve athletic performance and aid in injury prevention. ⚽🏃‍♂️