In this video, we dive deep into the fascinating world of ruby lasers! Learn about the chemical composition of ruby, how this gemstone is transformed into a powerful laser medium, and why it’s been used in cutting-edge technology for decades. Discover how chromium ions in synthetic ruby absorb light and emit a highly focused red beam, a process known as stimulated emission.
We’ll explore the Verneuil process for creating synthetic rubies, their role in medical applications like eye surgery, and their use in optical components and industrial machinery. From the history of the first ruby lasers to their modern-day applications, this video explains the science, chemistry, and technology behind one of the most iconic lasers in the world.
If you're curious about lasers, crystal chemistry, or just love learning about the intersection of science and technology, this video is for you!
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How Ruby Lasers Work
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Tags: ruby laserruby laser explainedhow ruby lasers worklaser technologyruby crystalsynthetic rubylaser scienceruby laser chemistrylaser physicschromium ionsstimulated emissionVerneuil processruby laser applicationsmedical lasersoptical componentslaser cuttingred laserlaser physics explainedruby laser vs Nd:YAGlaser technology explainedcrystal chemistryruby crystal laserlasers in medicineruby gemstone technology