Muon Enhanced Luminaire

Votes: 1
Views: 148

Invent the future NEO light
A MUON ENHANCED LIGHTING DEVICE

Today’s lighting technology is almost 100 years old depending on continuous energizing of lighting element. Quantum electro dynamic energy is proven to increase efficiency of tungsten incandescent lamps 96%. Multi factor analysis proves RMS electrical energy can be repurposed in one region (134 deg. - 0 deg.) that is otherwise noncontributory to heating loads. Repurposing this portion of the AC sine wave for consumer use in lighting offers a new venue for conserving electric power and reducing Co2 emissions on a large scale. Lighting product embodies increased energy efficiency, reduced carbon gas emissions by Tons per hour and consumer cost .03 cents per KWH. Perfect for structured building projects. In one case, 25 fluorescent fixtures saved $2,200 a year when refitting commercial 24/7 building. Chart 1

RMS theory has determined that a portion of the sine wave does not contribute to effective heating of a lamp. 60 Hz AC power is processed to ¼ cycle power. Non classic incandescent lamps improve efficiency and cost performance.

Based upon theory this lamp is considered to operate in a quantum state. The metal matrix is not heated to the point of incandescing continuously. Instead, the metal matrix is rapidly excited. The matrix absorbs the charge applied and emits light as it returns to base state 60 times per second.

Electro dynamic momentum explains the distinction between electrical and photonic cycles. There is an electrodynamic ratio during which photons are emitted and electrical input pulse. The electrodydnamic momentum ratio of the cycle is 1:8. 2.5ms electronic input results in a photon output of 16ms, unprecedented in a consumer product. Theory is the magnetic field generated trapping Muons in the matrix. The slow decay rate to electrons, extends the time ratio of lepton emissions. Essentially more bang for the buck. The instantaneous voltage applied is approximatel 110 volts. This method results in average voltage (2.5ms) of 8-9 volts. True power measurement function is average load voltage = Epeak / 2 (1+ cosine α). Typical lamps operate 2.5 watts and 800 lumens. Chart2

What benefits and needs does the product provide? Lighting sector represents 20% of total generation. Reduced carbon emissions and operating cost are of great interest in future building design. Cost of building operation and energy factor performance is unparalleled. Software provides services required for commercial measurement and invoicing. National Instruments software compute and monitor power. Chart3

Analysis reveals that up to 4 tons of Co2 per hour can be eliminated if all lights were operated in a quantum state. Every technology that contributes to zero emissions is worthy of consideration. It is of interest to note that the money saved by recycling unused power can be applied to other pressing conservation needs. If you have an office or work shop, this light can save you money, while you save the environment.

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  • ABOUT THE ENTRANT

  • Name:
    Steven Rosenberg
  • Type of entry:
    individual
  • Profession:
    Engineer/Designer
  • Steven's favorite design and analysis tools:
    my own imagination
  • Steven's hobbies and activities:
    construction and auto sports
  • Steven is inspired by:
    its never been done before
  • Software used for this entry:
    labview
  • Patent status:
    patented