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Questions related from Johan K. Fremerey
The potential energy of a 1 kg mass due to the sun's gravitational potential at the earth position is about 109 J (1 GWs). The cumulative gravitational potential of all masses within the visible...
30 December 2023 1,165 15 View
From the signal frequency received by LIGO gravitational wave antennas that is interpreted as originating from a binary neutron star system, we calculate orbital speed of merging components at...
05 February 2018 1,438 42 View
Gravitational potential of a 1 kg mass in the sun's field at our location is about 109 J. According to Schwarzschild relation Ru = 2GMu /c2, the local cumulative gravitational potential...
18 November 2017 9,123 13 View
In a parallel thread under the headline „Does formation of elementary particles confirm Mach's principle?“ (see reference below) we are meanwhile discussing the internal structure of protons and...
08 October 2017 2,151 22 View
In a recently published research proposal entitled „Triple-gyro model for deduction of proton radius and magnetic moment“, see reference below, I started by linking classical mechanical with...
24 September 2017 9,811 50 View
Is the inertia of accelerating masses to be interpreted as due to interaction with the local gravitational potential originating from remote masses of the universe? A gravitational drag experiment...
22 September 2017 8,939 32 View
I would expect burning of several solar masses as allegedly associated with a binary black hole merger to provide much more intense signals than inspiral motion and ring-down.
04 August 2017 8,974 38 View
Laboratory observation of a freely spinning steel ball apparently reveals rotational drag as predicted by James C. Keith: "It is as if entire reaction force on the universe, a universe which...
10 June 2017 7,921 50 View
How does flyby anomaly relate to speed-up of binary pulsar PSR1913+16 components and to perihelion advances of both, PSR and Mercury?
25 February 2016 5,161 0 View
When stars as primary radiation sources are placed at rather large mutual distances and are embedded in a dissipative intergalactic medium I expect that line of sight is substantially limited...
01 January 1970 6,489 15 View
The idea might well have come up at the times of Ernst Mach (1838-1916), i.e. several decades before CMB discovery and Big Bang theory. Similar as local gravitational potential essentially...
01 January 1970 3,838 97 View
According to James C. Keith, see appended PDF files, two components of gravitational drag are to be expected on rotating systems, a 1/c5 order drag to be observed preferably on systems of...
01 January 1970 9,062 1 View
The above question came up on October 15, 2021, within a disussion...
01 January 1970 474 7 View
As recently concluded in a parallel discussion, see reference below, LIGO is unable to exclude that mirror displacements as observed along their interferometer arms in fact result from much larger...
01 January 1970 6,845 94 View
I just added an answer to an elder...
01 January 1970 8,779 14 View
The cumulative gravitational potential originating from mainly the outer masses of our visible universe is about 8 orders of magnitude larger than the Sun's gravitational potential at the Earth's...
01 January 1970 3,592 7 View
The japanese gravitational wave detection facility operated by KAGRA has become part of a worldwide collaboration initiated by the US counterpart LIGO. KAGRA after having systematically excluded...
01 January 1970 6,715 27 View
Gavitational potential originating from distant masses of the universe is about 108 times larger than the Sun's gravitational potential at the Earth's distance, and yet the latter can keep the...
01 January 1970 3,549 49 View
The local gravitational potential Φu = c2 = 2GMu/Ru mainly originates from distant masses Mu of the unverse, and it immediately follows the mass-energy equivalence Em = m*Φu = mc2 as well as Φu =...
01 January 1970 4,946 7 View
