Karmakar,

Could you specify, e.g. the shape of the fluid vessel?

I do not know exactly what you are refering to, but a motion along a curved path in a gravity field yields inertia, so-called centrifugal force or centripetal acceleration, which possibly has influence.

Kind regards

This is in continuation with the earlier discussion. Astrophysical fluids are electrically neutral or quasi-neutral in nature. Then, why is the gravity-induced electrostatic polarizations effects so important in such astrophysical media?

Ferent equation of the material and spiritual Universe

Scientists from the Pontifical Academy of Sciences, like Edward Witten, Paul Berg, Juan Martin Maldacena…were not able to discover a Transdisciplinarity equation or an equation to link Matter with Spiritual Matter.

The most general form, is the time-dependent Ferent equation of the Universe, which gives a description of the Universe as quantum system made of Matter, Dark Matter and Spiritual Matter evolving in time.

https://www.researchgate.net/publication/329707224_Ferent_equation_of_the_material_and_spiritual_Universe

Dear Stromberg,

Thanks for reply. I want to refer to spherical dust molecular clouds in spherical geometry. These are the sites for birth of stars and other bounded structures.

Even irrespective of geometry, astrofluids are neutral or quasi-neutral. Still, gravity-induced electrostatic polarization effects are often mentioned as to be associated with the clouds. Why?

Regards,

Dear T.D. Mees,

Thanks a lot for your fruitful reply.

I would like to request you for some reference papers and books in support of your answer.

Regards,

PK Karmakar

Phy, TU

Thanks for cooperation. I have a query to you. What is the Publisher of your book "Gravitomagnetism"?

Dear Dr. A. Ferent,

There are technical difficulties to view your paper on the Ferent equation. Is it possible for you to please e-mail the paper at [email protected]?

Regards,

PK Karmakar

Dear P. K. Karmakar ,

I sent you the .pdf .

Regards,

Adrian

Dear all above here,

Time and dynamics, is that to be imagined from gyro effects, for some/many cases, for example before a polarisation into a so-called static state?

As it appears (at least from formulas), states could also be obtained from a minor scale in boundaries.

Thanks. So, "gyro-effects" are the most fundamentals, right? Please share study and reference materials in support of the above.

Dear Thierry De Mees

Thank you so much for informative reply. I am going through the materials. New doubts and concepts are being shared with you for further development in this direction.

Apart from your enclosed presentation file, is there any book or paper dealing with "gravitational induction" in wider detail?

Kind regards,

P.K. Karmakar

Dear Mr Karmakar, The 'phenomena' magnetic superconductivity and super fluids may be related to your subject? It might be too vague to call it phenomena since there are many answers here, including yours. In general, when enough energies involved of suitable type as input, the geometry is of importance and also interior motion and energy exchange. The degrees of freedom in terms of geometry is of importance for input, and interior, there may be 'principles of reduction of degrees of freedom', or if it is a mean value that show on a higher level, for example hydrostatic pressure. Pressure easily interacts with acoustic fields. On a lower level, there are particles moving (which give the meso-pressure ) and if those are shaped to orientate, they easily do. Towards a harder surface, if they are denser than the fluid, or into the same direction of the magnetic field if magnetic. In gravity, they rotate, but probably not entirely stochastic. When an orientation, the conditions for a pressure may not be convenient geometrically, and polarization may be increased if that energy is available. The polarisation gives a direction in one dimension, which is towards more static or admits a high speed if energy conservation rules.