Technology ·
Chuck’s tetrahedron and the plasma ball: what a measurement of reception looks like
What if milliwatts on an oscilloscope is not free energy — it is a plasma ball in the room?
In 2011 morpher44 instrumented a small antenna inside a metal tetrahedron. Alone: picowatts. Plasma ball on: milliwatts. That is reception.
The claim
The antenna follows the coil descriptions in the 2008 Take Action excerpt. The tetrahedron follows a wider Bashar emphasis on shaped fields. Both are teachings about geometry.
What was built
In 2011 an experimenter named Chuck, on YouTube as morpher44, built a small antenna, set a metal tetrahedron around it, and filmed about sixteen tests with an oscilloscope, a signal generator, capacitors, a joule-thief circuit, and a plasma ball used as an exciter. Ariel Bravy’s blog summarises the videos.
What was measured
A self-resonance near 1.2 megahertz. Outputs in the picowatt to nanowatt range with the apparatus left alone. With a plasma ball switched on in the room the readings climbed into milliwatts, and higher when the ball touched the tetrahedron. The climb follows the ball. An antenna answering a nearby transmitter is a measurement of reception.
Still open
The original video files, if the channel thins out. A control run with the plasma ball replaced by a calibrated RF source would make the reading unambiguous.
Sources
- Bashar, channeled by Darryl Anka. “Take Action.” Bashar Communications, 12 October 2008. tv.bashar.org. Discussed via a third-party transcript (basharspacetimeantenna.wordpress.com).
- Ariel Bravy. “An STA starts producing power, notes on morpher44’s test videos.” basharspacetimeantenna.wordpress.com. Accessed 28 October 2026.
- Chuck (morpher44). “Space-time antenna test videos.” www.youtube.com. Accessed 28 October 2026.