6 Inch Green Plasma Ball, Touch and Sound Sensitive, Novelty Lamp,

[Touch-Activated Plasma Globe] It's part science, part magic, and all fun! This plasma sphere responds to your touch, sending rays of light wherever your fingertips go. You'll wow your friends and add a special ambience to any room of the house.

[Responds to Music and Sound] Not only does the static electricity ball follow your every touch with electric beams, but it even responds to music! It's like a real-life music visualizer, swirling and pulsing to the beat in unique patterns.

[Perfect for Curious Science Minds] If your child is the curious type that is always wowed by all things science, they'll be absolutely entranced by the tesla ball. Help them discover the secrets of plasma in a way that's larger than life and completely safe.

[Cool Bedroom Decoration] Better than a fish tank or a lava lamp! This truly unique décor doesn't overheat and you don't have to feed it. Simply turn on the plasma lamp and all your friends will be impressed by its cool, understated vibe.

[An Exciting Party Surprise] What's the best way to add extra fun to any party instantly? Let everyone interact with the static electricity orb as an icebreaker and conversation starter. Or watch it dance to the music and add a nice lighting effect to any party environment. The choice is yours!

Product Description
History
Nikola Tesla invented a plasma lamp in 1894 February 6. The patent he registered was for one of the first high-intensity discharge lamps. Tesla used an incandescent-type lamp globe with a single internal conductive element and excited the element with high voltage currents from a Tesla coil, thus creating the brush discharge emanation. He gained patent protection on a particular form of the lamp in which a light-giving small body or button of refractory material is supported by a conductor entering a very highly exhausted globe or receiver.
Many years later, the technology needed to formulate gas mixtures used in today's plasma spheres which was not available to Tesla in that time. Modern lamps typically use combinations of xenon, krypton and neon, although other gases can be used as well. These gas mixtures, along with different glass shapes and integrated-circuit-driven electronics, create the vivid colors, range of motions and complex patterns seen in today's plasma Ball.
Basic Operation
The plasma ball operates when voltage is introduced in the miniature Plasma Ball and creating an electric field inside the ball. As the electrode is negatively charged, the escaping electrons are introduced into the larger glass ball, where they interact with positively charged ions floating around inside. A concurrent oscillating voltage is introduced, changing the electric field and the path of the electrons, resulting in the tentacles – which, at this point, are invisible - that strike the inside of the larger glass ball.
Safety With a Plasma Ball
A plasma ball is a high-voltage electrical device and should be used with caution. The frequencies it emits may interfere with cell phones, Wi-Fi and cordless phones. Because the plasma ball emits electromagnetic radiation, it can interfere with pacemakers. All care should be taken if trying to use the plasma ball to create burning or fire effects, and nothing flammable should be left in contact with the plasma ball.

Returns Accepted for this item if it's within 30 Days