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2013-2014 Research
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Improvement 2013-04-01
Sensors Tested – Aether-Magnetic-Improvement
Circuit’s used – (Replaced the 1000 uF sensor series capacitor with 2200 uF value. Also replaced the last output stage filter capacitor with 10 uF)
Aether-Magnetic Circuit \Circuits\amag121213.pdf
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Improvement 2013-04-01
Aether-Magnetic Capacitor Tests
Peter Newton 2013-04-17 to 2013-04-18
Sensors Tested – Two Aether-Magnetic Sensors, one with a 2200 uF in series with the Transformer, and the other with a 1000 uF capacitor.
Circuit’s used – (Aether-Magnetic circuit: 2200 uF / 1000 uF sensor series capacitors and dual 10 uF Long Time Constant output circuit.)
Aether-Magnetic Circuit \Circuits\amag121213.pdf
Duration of Test – 24 hours.
Purpose of Test – To compare transformer-series capacitors of two values.
Findings – The 2200 uF capacitor is clearly better.
Result Images
2200 uF vs 1000 uF Series Capacitor Comparison.
Details - Aether-Magnetic Sensor functions with more sensitivity and more defined ULF overall wave. This 2200 uF value will be used in future experiments, as will the output stage consisting of a Long Time constant circuit with two 10 uF capacitors.
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Joint Test 16 2013-04-06
Sensors Tested – Aether-Magnetic and Caduceus Coil
Circuit’s used – (Aether-Magnetic circuit: 2200 uF sensor series capacitor and dual 10 uF Long Time Constant output circuit. / Caduceus Coil: 1000 uF series capacitor and 10 uF-150 uF capacitors Long Time Constant output circuit.)
Caduceus Coil Circuit/cad042113
Aether-Magnetic Circuit \Circuits\amag121213.pdf
Duration of Test – 24 hour
Purpose of Test - To compare data recorded at same UTC times and test new circuit modifications.
Findings - Aether-Magnetic recordings follow our local positions with respect to the Sun. Caduceus Coil recording also follows local solar position and picks up other activity as well. Several matches were found by Tony and Peter, between their recordings. The Matches are believed to be lightning strikes that produce pulses that are propagated by the Schumann corridor and are picked up virtually simultaneously.
Result Images
All Sensors - Matches Found by Tony
Both Aether-Magnetic Sensors - Matches Found by Tony
Both Caduceus Coils - Matches Found by Tony
All Sensors - Matches Found by Peter
Both Aether-Magnetic Sensors - Matches Found by Peter
Both Caduceus Coils - Matches Found by Peter
Event Found by Peter Large View
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Discovery of Temperature Sensitivity of Op-Amp Sensor
2013-05-01
Sensors Tested – Op-Amp Sensor
Circuit’s used –
Details- The Op-Amp Sensor has been discovered to be sensitive to ambient temperature changes. This was found to be the case by both Peter and Tony in separate tests as demonstrated by the images below. The overall wave is still believed to be responding to the same natural ULF influences as before, but this explains the ripple wave on top of the overall wave. It is believed this temperature sensitivity is from the LF347 op-amp, due to the extreme gain used in this particular sensor configuration. Our other sensors are much less temperature sensitive due to the much lower gain used to amplify the detected activity.
Temperature sensitivity found by Tony
Temperature sensitivity found by Peter
Temperature sensitivity found by Peter 2
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Test of Various Transformers as Aether-Magnetic Sensor
Tony Devencenzi 2013-05-10 to 2013-05-21
Sensors Tested – Aether-Magnetic
Circuit’s used – Aether-Magnetic circuit: 2200 uF sensor series capacitor and dual 10 uF Long Time Constant output circuit.
Aether-Magnetic Circuit \Circuits\amag121213.pdf
Duration of Test – 24 hour each
Purpose of Test – To compare the detection capability of various frame type power transformers in the Aether-Magnetic sensor. Mainly from the standpoint of the rated wattage, which determined the amount of steel in the transformer core.
Findings – As usual, Aether-Magnetic recordings follow our local positions with respect to the Sun. Different transformers performed differently in the Aether-Magnetic Sensor. All worked, but the largest transformers didn't work as well, in terms of output level and detail, as the 50 VA Radio Shack (25V / 2A), that we used as our standard. It seems that a transformer can be too large to work well. This is believed to be due to the steel core and magnetic domains it contains, being so large that it averages out or nulls some the detail.
Result Images
150 VA Hammond Power Transformer-Free Air
150 VA Hammond Power Transformer-In Steel Case
500 VA Dongal Control Transformer
Photo of Some Transformers used in Tests
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Joint Test 17 2013-05-22
Sensors Tested – Two Aether-Magnetic Sensors, One shielded in steel case, one in free air.
Circuit’s used – (Aether-Magnetic circuit: 2200 uF sensor series capacitor and dual 10 uF Long Time Constant output circuit.)
Aether-Magnetic Circuit \Circuits\amag121213.pdf
Duration of Test – 24 hour
Purpose of Test - To compare data recorded at same UTC times and to compare a steel shielded transformer sensor to an identical one in free air.
Findings – Both of our Aether-Magnetic recordings show that a steel shielded sensor (transformer and circuitry) is More sensitive to ULF activity, than one in free air. We believe this is to be the steel case acting as an extension of the Barkhausen domain core of the transformer. Even though it provides electro-magnetic shielding for the transformer, The Barkhausen Domains within the steel of the case, also respond to the ULF magnetic wave and add to the pulses of the Barkhausen detector.
Result Images
All Aether-Magnetic Sensors - Matches Found by Tony