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The Evolution of Quartz Movement: Why It Revolutionized Watches and Clocks Learn the science behind quartz movement and discover how this technology changed timekeeping, making watches more accurate and affordable. Quartz Movement: The Revolution in Timekeeping When you think of precise timekeeping, you might imagine ancient mechanical clocks or the ticking of a traditional grandfather clock. However, modern timekeeping has been revolutionized by the  quartz movement . This technology is now at the heart of most wristwatches, wall clocks, and digital devices. But how does quartz movement work, and why is it so accurate? Let’s dive in!   What is Quartz Movement? Quartz movement refers to the mechanism inside a clock or watch that uses a  quartz crystal  to regulate the time. Unlike traditional mechanical clocks, which rely on gears, springs, and escapements, quartz clocks use the electrical properties of quartz to keep time with amazing precision. At the core of a...

Basic Clock Components: What Makes a Clock Work? Ever wondered what makes a clock tick? Explore the essential parts of a clock and their roles in measuring time with precision. Basic Clock Components: What Makes a Clock Tick? Clocks are fascinating devices that have been keeping time for centuries. Whether it’s a grand grandfather clock or a simple wristwatch, all clocks share some basic components that work together to measure time accurately. Let’s take a closer look at these essential parts and how they function. 1. Power Source Every clock needs a source of energy to operate. This energy is stored and released in a controlled manner to keep the clock running. Common power sources include: Springs : Used in mechanical clocks and watches, springs store energy when wound and release it slowly. Weights : Found in pendulum clocks, weights provide energy as they descend due to gravity. Batteries : Modern quartz clocks and digital watches use batteries to power their electronic movements....