Bring electrifying science to life with the Smithsonian 5-In Battery-Operated Plasma Ball! Watch colorful lightning bolts dance inside the globe and follow your fingertips when you touch the glass. A portable STEM desk toy perfect for curious kids ages 8+ who love hands-on science and eye-catching effects. Experience the wonder of electricity and plasma physics with the Smithsonian 5-Inch Battery-Operated Plasma Ball, a mesmerizing STEM learning tool disguised as a futuristic lamp. When turned on, streams of glowing energy arc and swirl inside the glass globe—reacting to touch, movement and sound vibrations to create an interactive light show. Kids can move their hands around the surface to direct the pathways of light, learning how electrical energy responds to conductivity and motion. Compact and powered by batteries, this plasma ball is easy to place on a desk, nightstand or science display shelf without needing an outlet. It makes an excellent addition to classrooms, homeschool labs, maker spaces and bedroom décor for budding scientists and tech enthusiasts. Perfect for exploration, relaxation or learning demonstrations, the Smithsonian Plasma Ball helps children observe real physics concepts in action—like electrical conduction, ionized gases and energy flow—while creating a stunning visual experience. It also makes a standout gift for science lovers and future engineers. Product Dimensions: 6.00" L x 6.00" W x 11.75" H Material: See packaging Play Pattern: Hands-on exploration & STEM play Skill Development: Critical thinking & scientific reasoning Care Instructions: Store all components in a clean, dry place and keep smaller pieces in labeled bags or containers to prevent loss. Use included tools, chemicals or materials exactly as directed and under adult supervision when required. Wipe surfaces and reusable parts with a dry or slightly damp cloth after use; never submerge electrical or sensitive components in water. Dispose of single-use materials responsibly after completing experiments. Keep kits away from heat sources, open flames and direct sunlight. Wash hands after handling science materials or experiment elements. For multi-session projects, label progress and store unfinished builds safely to protect components.
