In our everyday lives, we take for granted that we can know exactly where something is and where it’s going. If you throw a baseball, you can measure its position and its speed simultaneously with perfect precision (provided your equipment is good enough). But in early 20th century, German physicist Werner Heisenberg realized that universe … Read more
In classical physics, the world of rolling balls and ticking clocks – objects exist independently. If you have two coins in separate rooms, flipping one has absolutely no effect on the other. However, in quantum physics, rules change entirely. This brings us to one of the most mysterious and profound phenomena in the universe: Quantum … Read more
Quantum computing is often described as magic, but its speed doesn’t come from simply doing things faster—it comes from doing things differently. At the heart of this difference is quantum entanglement, a phenomenon Albert Einstein famously called “spooky action at a distance.” To understand how entanglement makes quantum computers faster than traditional (classical) ones, we … Read more
In the world of quantum physics, “teleportation” sounds like something out of Star Trek, but it functions quite differently. Rather than moving physical matter, it is a process of transferring the quantum state of a particle—such as a photon—from one location to another using the principles of entanglement and classical communication. Core Concept In quantum … Read more
In physics, photon is one of the most fundamental particles in universe. It is the elementary particle of light and all other forms of electromagnetic radiation. To understand a photon, we have to look at it through the lens of Quantum Mechanics, where it serves as the bridge between waves and particles. 1. Dual Nature … Read more
Quantum physics was not the work of a single genius work; rather, it was a multi-generational race that dismantled foundation of classical science. While Max Planck is credited with sparking the revolution in 1900, the discovery of quantum physics evolved through two distinct eras: the Old Quantum Theory and the birth of Modern Quantum Mechanics. … Read more
While all wedges share a similar triangular geometry, they are categorized based on their specific application and the way they redirect force. 1. Cutting Wedges These are most common types of wedges. They feature a sharp edge designed to penetrate a material and force it apart by breaking the molecular bonds of the object. Examples … Read more
In physics, a wedge is a triangular-shaped tool and one of six classical simple machines. It is essentially a portable double-inclined plane used to either separate two objects, lift an object, or hold an object in place. While it looks simple, the wedge is a master of force multiplication, converting a force applied to its … Read more