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It was during the 2002 Winter Olympic Games when Frederick, while working on his Civil Engineering Master's thesis, decided to embark on a mission to promote the US Olympic team. His school was hosting the Olympic Winter games at the time. Time that he needed a weekend job to be able to spend long weekdays doing research work at the University labs. He started designing and offering light-up Electroluminescent (EL) products (Shirts, badges, etc) in dance clubs and private parties. Quickly his products became real popular among the Olympic games followers and nightlife scene in general.
The idea was amazing, having an EL set up in a club was seen by club owners as a great way to complement club nights and an awesome way to enhance the club experience in a safe, healthy, and enjoyable manner.
Frederick's love for music and a quite interesting job offer made him move to California to embark on a Journey to conquer some of the most famous dance clubs in the country. Very quickly Frederick met with the owner of the legendary Circus disco in Los Angeles (voted #1 US dance club in America and one of the all-time best dance clubs in the world) and formed a close business relationship at the club, home of the world famous event "Spundae".
After many stellar nights accompanied with a rotation of the world's best DJs, Frederick expanded to become the most innovative store inside Hollywood's most prestigious dance clubs.
Currently Frederick has residency in several world class venues in Hollywood, San Diego, and Las Vegas and sponsors Mega Dance Music events in the USA and Europe.
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| About EL Technology
What is EL Technology? Learn More…
Luminescence results from the characteristics of certain substances emitting absorbed energy. The stimulation of luminescence by electricity is called electro luminescence (EL). EL commonly uses fluorescent compounds, luminophores, and phosphor compounds as light-emitting substances.
EL was developed in 1936. Its use was confined primarily to laboratories until the early 1960's, when commercial applications such as illuminated aircraft dials were developed. EL has a number of advantages for specific commercial use:
- The light source is shadowless and homogeneous
- It can be shaped to fit small and/or complex spaces
- Illumination is "cold"
- Is insensitive to shock influences
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