Defining Inertial & Gravitational Mass: Difference between revisions
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Toroidal photon rings align to form fibers measured as atomic mass units. The central core of the fiber tube is filled with ether. Ether is like air in a tyre. This mass of contained ether is obtained from the ether constant ratio. The ether inside the fiber tube is comprised of <span style="COLOR: #99cc00">186-ether</span> torus units. An electron is a type of photon. Electron tori have mass and contained <span style="COLOR: #99cc00">186-ether</span>. The <span style="COLOR: #99cc00">186-ether</span> acceleration is gravity or voltage. Current squared is the force exerted by one <span style="COLOR: #99cc00">186-ether</span> mass on an electron or photon mass that scaffolds it. The photon mass cocoons <span style="COLOR: #99cc00">186-ether</span>. The photon mass is what scientists measure as atomic mass units, AMU. <span style="COLOR: #996633">AMU </span>is defined here as <span style="COLOR: #996633">inertial mass</span>. The <span style="COLOR: #99cc00">186-ether</span> is defined here as the <span style="COLOR: #99cc00">gravitational mass</span>. | Toroidal photon rings align to form fibers measured as atomic mass units. The central core of the fiber tube is filled with ether. Ether is like air in a tyre. This mass of contained ether is obtained from the ether constant ratio. The ether inside the fiber tube is comprised of <span style="COLOR: #99cc00">186-ether</span> torus units. An electron is a type of photon. Electron tori have mass and contained <span style="COLOR: #99cc00">186-ether</span>. The <span style="COLOR: #99cc00">186-ether</span> acceleration is gravity or voltage. Current squared is the force exerted by one <span style="COLOR: #99cc00">186-ether</span> mass on an electron or photon mass that scaffolds it. The photon mass cocoons <span style="COLOR: #99cc00">186-ether</span>. The photon mass is what scientists measure as atomic mass units, AMU. <span style="COLOR: #996633">AMU </span>is defined here as <span style="COLOR: #996633">inertial mass</span>. The <span style="COLOR: #99cc00">186-ether</span> is defined here as the <span style="COLOR: #99cc00">gravitational mass</span>. | ||
[[Category:Scientific Paper]] | [[Category:Scientific Paper|defining inertial gravitational mass]] | ||
[[Category:Gravity]] | [[Category:Gravity]] | ||
[[Category:Aether]] | [[Category:Aether]] | ||
Revision as of 12:14, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Defining Inertial & Gravitational Mass |
| Read in full | Link to paper |
| Author(s) | Francis Viren Fernandes |
| Keywords | Inertia, Gravity, Ether, Photons, Torus, Atomic mass unit |
| Published | 2009 |
| Journal | None |
| No. of pages | 6 |
Read the full paper here
Abstract
Toroidal photon rings align to form fibers measured as atomic mass units. The central core of the fiber tube is filled with ether. Ether is like air in a tyre. This mass of contained ether is obtained from the ether constant ratio. The ether inside the fiber tube is comprised of 186-ether torus units. An electron is a type of photon. Electron tori have mass and contained 186-ether. The 186-ether acceleration is gravity or voltage. Current squared is the force exerted by one 186-ether mass on an electron or photon mass that scaffolds it. The photon mass cocoons 186-ether. The photon mass is what scientists measure as atomic mass units, AMU. AMU is defined here as inertial mass. The 186-ether is defined here as the gravitational mass.