Solar vibrations and Simulations

Helioseismology is the study of rhythmic oscillations observed on the 'surface' of the Sun.

In order further our understanding about what is going on, laboratory experiments are being performed on models, in an attempt to create on a smaller scale as to how the Sun might be propagating these oscillations. Most of the oscillation research that pertains to helioseismology interprets the origin as a single oscillating source, namely a fusion core, and so much of the research only considers one oscillation source, to mimic the proposed fusion core. But what if the Sun were merely a sphere of hydrogen with a non-space interior, as proposed in "Can Gravity be Induced?"

What would happen if we were instead to consider two oscillating sources, one originating from the North pole using a hollow, partially vacated sphere, and another source of oscillation placed at the South pole? (See Illustration)

Imagine if we could generate waves from the North and South poles. Tweak them so they are slightly out of sync so they create wave interference in the equatorial region, much like the momentary vibration caused by two ship propellers slipping in and out of sync. Would that not look a lot like the 11.11 year solar sunspot cycle?

It is difficult for the trained solar scientist to consider a non-space Sun, because it transgresses our pre-conceived conception of gravitational behavior, basic tenants that have unfortunately become entrenched dogma, holding that gravity and mass are inviolate. Indeed, experiments demonstrate this to be true for solids, liquids and gasses - but little to no experimentation has been performed in this realm on the 4th state of matter, namely super-hot plasmas. This is a shame, because over 90% of the Universe is in this state.
Imagine a scientist listening to a live symphony in an orchestral hall. The scientist is now blindfolded and we switch out the orchestra and replace it with a high quality reproduction. The scientist cannot tell the difference. In the same manner, how does a scientist know if the object is a Sun with a dense interior or a empty shell? All the scientist has to go on is past experience, and I suggest that in this case the experience is faulty.

What is left to us is to attempt to infer by experimentation if we are observing vibrations welling up from a dense hydrogen/fusion solar interior, or are we looking at a maintained solar plasma shell crushing in on sustained subterranean magnetic fields?

Dark matter Illusion - Hey! Where is MY validation?

Dark Matter Is an Illusion, New Antigravity Theory Says
National Geographic News

Is there some reason the scientific community doesn't review the web before they publish?

Splashed all over national Geographic News, this guy Dragan Hajdukovic essentially publishes the tenants of my paper, "Can Gravity be Induced? without so much as a nod of recognition, yet such concepts would not even be considered today were it not for my thirty years of work I have dedicated the subject.

Simply put, my concept of the induction of gravity is being railroaded.

I admit it is easy to do. I am not affiliated with the science community, my training is in fine Art. My idea, "Can Gravity be Induced?" (1979) was distributed to friends and colleges in the science community 1979. It was considered so absurd that it was deemed "fringe science" by the science community.

Nonetheless, if you type "Can Gravity be Induced?" and "Stephen Goodfellow" into a Google search engine, you will find about 3,160 results. Is my work really that hard to find? I have been active, interacting with plasma physicists for thirty years. Just because my concept was not deemed worthy of publication in a scientific journal does not mean that it is not valid. Thanks to the web, I was able to place my paper very early on, for all who wished to see.

If you need a specific entry that addresses this specific issue, you will find my comments on the Dark Matter illusion here on my blog May 6th, 2010, "Further thoughts on the Induction of Gravity" which states,

Dark energy: Particles in intergalactic space reach exceedingly high speeds and on those rare occasions when they collide, these produce temperatures of millions of degrees. At the moment of collision, a tiny amount of gravity/non-space is momentarily produced but collapses immediately, lacking any means of sustaining itself. However, by virtue of the volume of colliding particles over vast regions of space, a 'field' of gravity is maintained. Might this not explain the phenomenon that we call 'dark energy'?

Looking through the notes of his paper, I see no references to my work. You might say it is just sour grapes on my behalf, and you'd be correct. I have been espousing the induction of gravity over span of three decades and delineating how it comes about, together with suggested empirical, repeatable laboratory experiment.

I have already had to deal with a previous episode in which a Russian scientist actually accused me of stealing his work. Turns out he published in 1995, sixteen years after my paper and eight years after I had placed it on the CompuServe system, which ultimately was placed on the web. Easy to find, just didn't bother looking.

When it comes to a modern interpretation of the Induction of gravity, at least have the courtesy to give a nod to the grandfather.

Somewhat pissed off,
Stephen Goodfellow

Gravitational Induction update Sept 20th, 2010

Gravitational Induction update Sept 20th, 2010

Over the past month I have managed to obtain access to online scientific journals. How ironic that scientific research - the cult of objectivity and progress - is still steeped in medieval guild-culture. In an age where the diffusion of knowledge is becoming wide-spread, these important papers of research are not made available to the unwashed public; only universities and research establishments have the luxury to be able to afford full access. It ain’t right.

With a few hours of poking around, I found the closest match to a researcher capable of determining if a high-energy plasma can induce gravity.
Of course, Dr. Niansheng Qi* who works for the L-3 Company is concentrating on plasma densities and not actually looking for a gravitational induction effect, but I wondered if his tools might be capable of discerning it.

Emailing him, I asked if the data revealed any laser disturbance outside the plasma sheath, to which he replied in the negative, which of course was a great disappointment for me.

I can only console myself with the hope that a gravitationally induced ‘tug’ or shift towards the plasma implosion would be very weak and would not register on anything but the most sensitive laser-optical interferometer. I am to understand that the most precise lasers can measure a disturbance at 1 x 10 to the -15m.
A lesser magnification reveals a flat-line, but higher magnification?

I will keep looking and asking around - perhaps there are other researchers out there with more precise instruments who are willing to look a little closer at their data.

*Magnetic Field Diffusion and Enhanced Resistivity in 12-cm-Diameter 200-ns 3.5-MA Z-Pinch Implosions