Explore the myth of surviving a falling elevator by jumping. Discover the physics, safety measures, and the best course of action in a terrifying scenario.
Explore the fascinating world of topological quantum matter, the groundbreaking discovery that earned the 2016 Nobel Prize in Physics. Learn how topology, a branch of mathematics, is revolutionizing materials science, electronic engineering, and quantum computing.
Explore the science behind vacuums and the challenges of creating truly empty space. From household applications to the Large Hadron Collider, discover the complexities of emptiness and the role of quantum fluctuations.
Explore the fascinating history and physics behind perpetual motion machines, and why they remain an elusive dream due to the unbreakable laws of thermodynamics.
Explore entropy, a crucial concept in physics and chemistry, explaining why processes like ice melting and cream mixing occur, driven by probability and energy dispersal.