Technology ·
Gravity as location: the copper-ball test (2013) and Project S.P.H.E.R.E. (2026)
What if gravity is not a pull — it is the frequency of where you are standing?
What Is Gravity? (2013) sketches a hollow copper sphere on a long table. Project S.P.H.E.R.E. (2026) is the first plan to test it with a null-result promise. Nothing has been measured yet.
The claim
On 1 June 2013, in What Is Gravity?, describes gravity as a vibrational signature of location and sketches a test: a thin hollow copper sphere on a long flat table, struck, its tone compared at two ends. The same picture returns in the 2019 Earth Zero exchange, where a participant has already built a copper-nickel sphere and Bashar says the point of the test is to read a frequency in one place and again after the sphere is moved.
What was built
The 2019 participant’s sphere existed, according to the transcript. In 2026 Michael P. Goodman published Project S.P.H.E.R.E., Spatial Positioning Harmonic Empirical Resonance Experiment, with a draft protocol, LOC-1: a matched reference sphere, blinded placement, control of temperature and mounting, and a commitment to publish a null result.
What was measured
Nothing yet. As of October 2026 the project is a plan. That is also why it matters: it is the first attempt on this shelf to test the shared axiom, location as a variable, rather than build a device around it.
Still open
The measurement. If the resonant frequency does not change with position once ordinary causes are controlled, the axiom fails its first test. If it does, the result needs a second laboratory.
Sources
- Bashar, channeled by Darryl Anka. “What Is Gravity?.” Bashar Communications, 1 June 2013. tv.bashar.org. Discussed via a third-party transcript (www.superphysics.org).
- Bashar, channeled by Darryl Anka. “Earth Zero.” Bashar Communications, 22 June 2019. tv.bashar.org. Discussed via a third-party transcript (www.superphysics.org).
- Michael P. Goodman. “Project S.P.H.E.R.E., Spatial Positioning Harmonic Empirical Resonance Experiment.” spheredesci.org. Accessed 28 October 2026.
- Michael P. Goodman. “Protocol LOC-1, draft.” spheredesci.org, 2026. Document.