The Invention of Paulo Correa: PAGD system (Pulsed Abnormal Glow Discharge) Electronic circuit whose energy output is greater than the input! See the circuit attached below Essentially, the central element of the Correa apparatus is a T-tube electrical luminescent discharge (glow discharge) containing a rarefied gas. It is a tube having a special construction, but may be manufactured in the same manner as a fluorescent lamp. The circuit has two parts: left and right. In the left part, we have the input power DC circuit, which is supplied from the battery DP. In the right part, we have the output power pulsed circuit, which is captured by the battery CP. So, the circuit that provides power input (left of the tube T) is a DC circuit (battery DP, diodes D1 and D4, resistor R1 and discharge tube T). The circuit that provides output power (right of tube T) is a spontaneous pulse circuit (T-tube , capacitors C3 and C5, which feed the rectifier consisting of diodes D2, D3, D5 and D6 and filter constituted by capacitors C7a and C7b , feeding the output battery CP. The battery DP should deliver a high enough voltage to trigger the discharge glow in the tube T. What Correa observed with this setup? It is observed that after a certain period of time, and depending on several factors (pressure on the tube T, gas type, electrode material and dimensions of T), cumulative net energy output in battery CP may greatly exceed energy input in DP, reaching values 6 or more times larger (COP=>6)! Paulo Correa, the discoverer of the phenomenon, observed that the pulses are generated inside the tube T spontaneously without any external interference! Evidently the principle of conservation of energy is apparently not satisfied. It is speculated that the direct current glow discharge in the tube activates the opening of a "portal" in Quantum Vacuum and that energy is captured by the pulsed circuit, feeding the battery output CP. Paulo Correa noted that the higher the frequency of the pulses less energy per pulse, for a given voltage and current input . Dr. Paulo Correa & Alexandra Correa, Director of Labofex Research - Experimental and Applied Plasma Physics, Concord, Ontario, Canada. rexresearch/correa/correa.htm aetherometry/Labofex_Plasma_Physics/aspden_opinion.php haroldaspden/reports/08.htm
Posted on: Tue, 24 Sep 2013 16:01:24 +0000
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