NRGFromTheVac · Source catalogue

Printout of a blog page (semresearch.wordpress.com/index/cold-electricity/) [read]. The post (pp.1-4) describes a YouTube demonstration by 'NRGFromTheVaccum' of a circuit in which a 24 V battery charges a 30 uF / 4000 VDC capacitor to about 200 V (170 V observed in the video) through an 800-turn bifilar coil (~30 ohm) on a ferrite core, with two switches closed and opened together. The video shows two kinds of spark at the same gap, one 'exothermic' and one 'endothermic' (cooling; frost reported at high voltage). The author offers two explanations: (1) a switching transient (inductor current continuity, voltage across windings charging the capacitor without battery current) and (2) ferroresonance of the ferrite core producing a 'neg-entropic' magnetic field. The comment thread starts on p.3 (30 comments, 20 Sep 2012 - 9 Jun 2013 [read: p.3, p.20+]); pp.5-22 hold most of them: one commenter (Andreas) reports building it with plain wires and the capacitor charging above battery voltage, but the same with a diode in place of sw2, then reports no effect with a bifilar coil of about 500 turns; Warren reports diode-dependent voltages (215-225 V peaks with old Russian detector diodes vs 100-115 V with 1N4148), neon lamps with purple discharge 'cold to the touch', and a Rodin coil said to output 'cold electricity'. chadj2 argues cold electricity is tied to positive charge/positrons, an 's-field', Floyd Sweet's barium-ferrite bifilar coils and the Genesis project negative inductor. Commenters also give conventional explanations (displacement current, high-voltage RF, switching-time overlap). No data files, schematics or measurements beyond quoted numbers; embedded links and images are missing from the text layer. Added after QE (re-read of pp.1-5): the post opens by naming Floyd Sweet's VTA and John Searl's device as devices that ran cold ('payday happens when it is cold ... a side effect of negative entropy') [read: p.1]. Warren, 21 Sep 2012: cold electricity acts 'longitudinally' and hot 'transverse'; cold is 'a negative mass electron'; cites the Avramenko plug, Dr. Stiffler's 'diode electrolysis' and a Moray-valve idea (alpha emitters ionizing germanium), 'I have yet to test this' [read: p.4]. chadj2, 20 Sep 2012: 'mass is an electromagnetic effect' and a proposed test: drop two identical objects from a tower, one magnetized, do they fall at the same speed? [read: p.4]. chadj2, 13 Oct 2012: in his Stiffler energy-collection device an LED lit 'to a lesser extent even at audio frequencies as low as 100Hz', and only the 1N4148 and old RF crystal diodes worked [read: p.5]. The same comment points to Paul Brown for radioactive-decay power. Investigator leads (web, not in the printout): the inventor's other lost videos ('Free Electrical Energy 2', 'Cold Electricity Light Bulb', a frost video) and a Reiyuki post (Energetic Forum, 14 Apr 2009) of a CSET/Gray-tube replication at 6 kV or more [web: sites.md]; later blog comments by Ivo (2022-23) and Bertilo (2016) [web: research/2026-10-04-semresearch.md]; CitizenDC's bifilar build with strands knotted in parallel [web: Energetic Forum thread 2711].

Key claims

• A 24 V battery can charge a 30 uF capacitor to about 200 V through an 800-turn bifilar ferrite-cored coil using simultaneous close/open switching, without a closed current loop.
• Two different spark types occur at the same gap: one exothermic and one endothermic that cools and frosts the electrodes.
• 'Cold electricity' is associated with the positive-charge (positron) half of electromagnetics, which textbooks omit.
• Charges of the same sign moving relative to each other in a bifilar coil produce a negative magnetic field and negative inductance carrying negative energy (Genesis project, per commenters).
• A Rodin-type asymmetrical coil, resonantly pulsed, taps atmospheric potential by letting ground electrons recombine with atmospheric positrons, producing cold current in the load.
• Different diode types change the voltage obtained in Warren's circuit (antique Russian detector diodes about 215-225 V peaks vs 100-115 V for 1N4148).
• One commenter's replication with plain wires gave a capacitor voltage above the battery but identical with a diode; his bifilar-coil build gave only battery voltage.
• Floyd Sweet's VTA and John Searl's device ran cold, a side effect of 'negative entropy' (blog author's framing, p.1).
• Cold electricity acts longitudinally while hot electricity acts transversely, and cold is a negative-mass electron (Warren Kistenbroker, 21 Sep 2012, p.4).
• Mass is an electromagnetic effect, so a magnetized object and an identical unmagnetized one dropped from a tower might fall at different speeds (chadj2, p.4; posed as a question).
• In chadj2's Stiffler energy-collection device an LED lit even at 100 Hz, and only the 1N4148 and old RF crystal diodes worked (p.5).

Relevance: The only text source in the project; it states the claimed phenomenon, the proposed explanations and the replication attempts of NRGFromTheVacuum's demonstration.

Mainstream conflict: The 'cold electricity', positron-carrier, s-field and negative-magnetic-field ideas conflict with standard electromagnetism and QED. The basic voltage gain above battery voltage from a switched inductor (inductive kick) is, however, standard behaviour of inductors; the commenters themselves raise this and displacement current as conventional explanations. Cooling at the spark gap and frost are reported without measurement.

A screen capture of a whiteboard drawing titled 'What was he trying to show us?' (drawer unknown), taken from a video frame [read: page image]. Labels: capacitor '30 F' (no micro sign visible; the blog gives 30 uF) '4000VDC', with '200+V' on its + wire; coil '800 Turns Bifilar coil' with a core drawn and '30 Ohms' (the capital O of 'Ohms' sits against the 30 and can be misread as 300; an earlier version of this entry wrongly said 300 ohms); a rotor ('Rotor Here') with a dashed contact circle; switches S1 (at battery -) and S2 (at battery +); battery 'x2', '24V', red '24V DC 10AH'. Left-edge and top-right labels are cropped ('-Cap', 'Gap', '...TOR'). Wiring (deep read): battery + connects through S2 to the capacitor + node, which is also rotor contact 2; the capacitor - terminal goes to the other fixed rotor contact; the coil top lead goes to the moving contact; the coil bottom lead goes through S1 to battery -. So, as drawn, the battery is in series in the capacitor charging path while S1 and S2 are closed, and the rotor is a single-pole two-way commutator (sequential, not simultaneous); dwell and break/make order are not shown. 'No closed loop' holds only after both switches open. Polarity labels suggest the order contact 2 (energise coil) then capacitor - (transfer) [inference of the deep reader] [read: page image].

Key claims

• The demonstration circuit, as drawn, has a 24 V battery in series with an 800-turn bifilar coil (30 ohm) and a rotor that alternately connects the coil to the capacitor + node (via S2 to battery +) and to the capacitor - terminal, charging a capacitor shown at 200+ V.

Relevance: Gives a drawing of the circuit the blog post describes. Image and blog agree on 30 ohm (probably not independent: both describe the same video); the inventor's own relayed figure is 4.7 ohm [web: sites.md], an open conflict. The wiring puts the battery in the charging loop, which bears on the blog's 'no closed current loop' (claim 1).

Mainstream conflict: none (a circuit diagram)