
Science Museum Plasma Lamp
Create flashes of lightning with just your fingertips! The Science Museum Plasma Lamp is a scientific energy lamp, based on a form of Tesla Coil and housed in a contemporary lamp shape for modern home dĂ©cor.Â
Tiny plasma filaments branch out from the central electrode to where you touch the glass creating fascinating beams of coloured light. It also reacts to sound, creating a mesmerising display to music.
Part of the Science Museum innovative lighting range.
---Full Product Description---
Promotes STEM learning. The plasma lamp is a form of Tesla Coil. The glass sphere has most of its air replaced with 3 noble gases - typically Neon, Argon and Xenon - and an alternating current electrode is placed at the centre.
When voltage is applied, plasma filaments extend from the electrode and flow towards the outer glass insulator in a bid to reach the earth. If a fingertip is placed on the glass the energy moves toward it, because the human body provides a more conductive discharge path.
Original: $47.20
-65%$47.20
$16.52Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Create flashes of lightning with just your fingertips! The Science Museum Plasma Lamp is a scientific energy lamp, based on a form of Tesla Coil and housed in a contemporary lamp shape for modern home dĂ©cor.Â
Tiny plasma filaments branch out from the central electrode to where you touch the glass creating fascinating beams of coloured light. It also reacts to sound, creating a mesmerising display to music.
Part of the Science Museum innovative lighting range.
---Full Product Description---
Promotes STEM learning. The plasma lamp is a form of Tesla Coil. The glass sphere has most of its air replaced with 3 noble gases - typically Neon, Argon and Xenon - and an alternating current electrode is placed at the centre.
When voltage is applied, plasma filaments extend from the electrode and flow towards the outer glass insulator in a bid to reach the earth. If a fingertip is placed on the glass the energy moves toward it, because the human body provides a more conductive discharge path.





















