The Coleman Levitating Speakers Take Your Music to New Heights
Alex Scott — April 15, 2010 — Tech
References: james-coleman.deviantart & thedesignblog.org
The Coleman Levitating Speakers are obviously the work of some black magic. I mean, science couldn't possibly explain this phenomenon...or could it (cue ominous music)? We can give credit for this spectacular design to the wonderful power if magnets--they never cease to amaze us.
The Coleman Levitating Speakers were designed by the brilliant mind of James Coleman. Housed in the base of the system is an electromagnet, with a superconductor created in the floating part. Now all you science geeks out there surely know how something like this works, but I, on the other hand, will continue to stare slack-jawed in amazement.
The Coleman Levitating Speakers were designed by the brilliant mind of James Coleman. Housed in the base of the system is an electromagnet, with a superconductor created in the floating part. Now all you science geeks out there surely know how something like this works, but I, on the other hand, will continue to stare slack-jawed in amazement.
Trend Themes
1. Levitating Speakers - Opportunity for disruptive innovation: Develop levitating speaker technology for commercial and residential use.
2. Magnetic Suspension - Opportunity for disruptive innovation: Create magnetic suspension systems for various applications such as vehicles and machinery.
3. Superconductors - Opportunity for disruptive innovation: Explore the use of superconductors in various industries, such as energy transmission and medical imaging.
Industry Implications
1. Audio Technology - Opportunity for disruptive innovation: Integrate levitating speaker technology into the audio industry to enhance sound quality and aesthetics.
2. Transportation - Opportunity for disruptive innovation: Apply magnetic suspension technology to revolutionize the transportation industry, improving efficiency and comfort in vehicles.
3. Energy - Opportunity for disruptive innovation: Utilize superconductors to develop more efficient energy transmission systems, reducing energy loss and improving sustainability.
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