ORLANDO SCIENCE CENTER

Learning how to bend light at the Orlando Science Center

Dr. Amelia Hart
Dr. Amelia Hart
NewsHue Author
A laser beam reflecting off mirrors and refracting through prisms on a map at the Orlando Science Center.

July is Phenomena Month at the Orlando Science Center, and they are using the time to get visitors hands-on with physics. The current featured activity tasks participants with hitting a target with a laser beam. The catch is that you cannot move the map or the laser directly. You must rely on the principles of reflection and refraction to get the job done.

To move the laser, you use mirrors to redirect the beam. When light hits a mirror, it bounces off at a specific angle. This allows you to steer the light around corners without losing intensity or color. It is a precise way to change the path of the beam across the display.

Prisms offer a different approach for more complex maneuvers. When light enters a prism, the glass slows it down and forces it to bend. This is refraction. By placing prisms at specific angles, you can redirect the beam in entirely new directions compared to a simple mirror reflection.

Completing the course requires a combination of both tools. You chain prisms and mirrors together, catching the beam as it bends or bounces, and redirecting it until it hits the final destination. It is a practical lesson in how optics work outside of a textbook.

The Orlando Science Center remains open for those interested in seeing these physics principles in action. It is a straightforward way to see how light behaves when it interacts with different surfaces.

Frequently Asked Questions

What is Phenomena Month at the Orlando Science Center?+
It is a monthlong celebration at the center focused on the science behind everyday occurrences.
How do mirrors affect a laser beam?+
Mirrors reflect the laser, causing it to bounce off at a matching angle, which allows for redirection without changing the light's color or speed.
What does a prism do to light?+
A prism refracts light, slowing it down as it passes through the angled glass and bending it into a new direction.
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Dr. Amelia Hart
Dr. Amelia Hart
Dr. Amelia Hart breaks down complex scientific discoveries and space exploration.