20190828

A star older than the Big Bang universe


PSI Blog 20190828 A star older than the Big Bang universe


“Methuselah star”, or scientifically called HD 140283 (Image: NASA)

Thanks to James Nelson for this heads up:

Among the many contradictions encountered by the Big Bang Theory is Methuselah, a star older than the supposed age of the universe.


The title of this report is: 

"Have we been wrong about the age of our universe all along? Astronomers are trying to understand why the universe appears to contain stars older than itself."


And from Fred Frees:


Big Bang theory wrong? Star older than Universe discovered - threat of ‘scientific crisis’


https://www.express.co.uk/news/science/1162808/big-bang-theory-how-old-is-universe-physics-news-astronomy-space-2019


Right. Good luck with that and what we predict will be even older galaxies and stars when the Webb telescope supersedes the Hubble after 20210301. This “star older than the universe” conundrum has occurred before, and like the “inflationary” universe has been cured with some special “Dark Energy” ad hoc to make it go away. Remember that the inflationary idea had to be brought up when cosmological redshifts indicated galactic recessions hugely greater than the speed of light.                                                                                                                                       





20190821

General Relativity Theory “confirmed” by cosmogonists once again

PSI Blog 20190821 General Relativity Theory “confirmed” by cosmogonists once again




An artist's rendering of a supermassive black hole. NASA-JPL-Caltech

From George Coyne, Vancouver PSI Director:

“Glenn, 

Astronomers claim General Relativity Theory (GRT) is confirmed from monitoring the star S0-2 orbiting the super massive black hole Sagittarius A* at the center of the Milky Way.  They base their conclusion on GRT's prediction of gravitational redshift, which proposes that light is distorted by gravity. 

You have written on how redshift is misinterpreted. You may wish to respond in a blog on the flaws in this study's conclusion that this proves Einstein's GRT is correct.


Here is another NBC news article on the same study.



An Einstein glorification video on the same topic (this one from National Geographic):


 [GB: Thanks so much George. As you know, unlike other theories well-accepted by the mainstream (e.g., heliocentricity, evolution, and plate tectonics), there have been doubts about relativity for over a century. So-called “confirmations” are brought forth habitually to give it credence it does not deserve.  This black hole misinterpretation is one of the major Einsteinisms used to “prove” “Einstein is always right.” It is spread all over the news almost every time light from a massive cosmic source is found to have experienced “gravitational redshift.” In GRT (General Relativity Theory) Einstein predicted that, in struggling against the force of gravity, light particles would lose energy whenever they left a massive light source. The phenomenon was proven experimentally by Pound and associates at Harvard.[1]

The data from cosmic light sources are likewise unquestionable. The only problem: The interpretation is incorrect. One of Einstein’s major ad hocs in Special Relativity Theory was the assumption that light was a massless particle. It could not be affected by gravitation and would never satisfy Newton’s famous equation (F=GM1M2/r2). Another ad hoc was his famous assumption that light always traveled at c.

Now, as I emphasized in Infinite Universe Theory and my recent manuscript,[2] light is a wave in the aether. Its velocity depends on the properties of that medium. Aether pressure (and light velocity) increases with distance from massive bodies. The “gravitational redshift” occurs because light waves increase in velocity as they travel away from their source. Although the effect is tiny, light’s wavelength increases in the same way it does when light leaves the water medium at 225,000,000 m/s and enters the air medium at 300,000,000 m/s. Remember that red light has a wavelength of 488 nm in water and 650 nm in air, with no change in frequency, which is responsible for its color.

This Einsteinism, like the one in which refraction was mistaken as “proof of curved empty space,” will be with us until GRT finally succumbs to the needed philosophical change, finally and quietly entering the “dustbin of history.”]


[1] Pound, R.V., and Rebka, G.A., 1960, Apparent Weight of Photons: Physical Review Letters, v. 4, no. 7, p. 337-341. [http://go.glennborchardt.com/PR60]; Pound, R.V., and Snider, J.L., 1964, Effect of Gravity on Nuclear Resonance: Physical Review Letters, v. 13, no. 18, p. 539-540. [http://link.aps.org/doi/10.1103/PhysRevLett.13.539]; Pound, R.V., and Snider, J.L., 1965, Effect of Gravity on Gamma Radiation: Physical Review, v. 140, no. 3B, p. B788-B802.

[2] Borchardt, Glenn, 2017, Infinite Universe Theory: Berkeley, California, Progressive Science Institute, 343 p. [http://go.glennborchardt.com/IUTebook]; Borchardt, Glenn, 2018, The Physical Cause of Gravitation: viXra:1806.0165.




20190814

“Universal expansion” confuses cosmogonists


PSI Blog 20190814 “Universal expansion” confuses cosmogonists

The “Hubble Constant,” assumed by cosmogonists (but not by Hubble himself) to be indicative of their made-up universal expansion, keeps being inconstant. The latest measurement does not agree with two previous measurements that were at odds.

Even so, that amounts to yet another propaganda opportunity for regressive physics courtesy of the journal Nature:   


How fast is the Universe expanding? Cosmologists just got more confused


Of course, readers of Infinite Universe Theory know that the universe cannot expand and does not have any massless particles with perpetual motion to do so.

Here is the latest article. You might want to read it, but don’t get too confused:



20190807

Anti-Kuhn paradigm


PSI Blog 20190807 Anti-Kuhn paradigm

  



Thomas Kuhn generally is a hero among dissidents. Along with his explication of what it all meant, his invention of the word “paradigm” was his greatest achievement. A paradigm forms the body of data, assumptions, and interpretations guiding a discipline during a particular period. A paradigm cannot be overthrown by anyone whose livelihood depends on it—only outsiders need apply for that infrequent function.

Here is an interesting interview “Thomas Kuhn Threw an Ashtray at Me” with Errol Morris, who was kicked out of Princeton by Kuhn to go on to become a famous documentary film maker (The Fog of War) and writer of a new book critical of Kuhn (The Ashtray).

Although he tends to throw the baby out with the bath water, I tend to agree with Morris’s major criticisms. In particular, that Kuhn erroneously assumes:

1.   There is no objective truth. Truth is determined by subjects, not by nature.
2.   Science is not progressive. The same data are interpreted differently at various times.
3.   There may be no such thing as reality.

Morris puts it this way:

 “The truth is central to the human enterprise. What stuck in my craw was Kuhn’s underlying belief that there was no such thing as truth, perhaps no such thing as reality, no such thing as progress. It struck me then, and still strikes me now, as a postmodern and pernicious idea.”

Remember Kuhn’s great work was first published in 1962, although not much changed in the 50 years subsequent.[1] Like most “philosophers of science” he was actually a “historian of science.” That occupation is to report on what scientists think and have thought, not what they should think as we do in “scientific philosophy.” He had studied the Copernican Revolution[2] in which the math worked pretty much as well as in the geocentric Ptolemaic system. Like our current struggle to get rid of the Big Bang Theory, it was all a matter of perspective and interpretation that would ruffle the fewest feathers among the ruling class. As Bruno and Galileo found out, the ruling class in 1600 was the church.

As scientists, we must adamantly oppose Kuhn’s idea that there is no objective truth, while agreeing that interpretations vary. Kuhn was confused because the Einsteinian regression in physics had confused most everyone. Kuhn’s second point that there was no progress in science did not seem otherwise at the time. Eventually, physicists might give up their obeisance to math and come to their interpretive senses as they did with Copernicus. The cyclic theory of history surely would prevail. Truth would once again be whatever people thought it should be, just as the postmodernists were beginning to claim in the late 50s.

Is there progress in science? Is there human progress at all? Of course a regressive period tends to produce pessimism aplenty. In this postmodern-prerevolutionary age any demonstration of progress[3] reaches a public made sceptical by incessant news of humanity’s failure to provide the promised nirvana. Still, progress is spiralic—three steps forward, two steps backward. This particular regression will not be without end.

Kuhn’s ambivalence about the existence of reality fits with the immaterialism you can find in most any reading of quantum mechanics or relativity. Whether its action-at-a-distance, immaterial fields, or immaterial attraction, all fit with the religious milieu most of us grew up with. The soul of regressive physics at least requires matterless motion for its sustenance. Maybe we shouldn’t be so hard on Kuhn for, like the rest of us, he was a product of the times. His ground-breaking observations concerning paradigms are useful nevertheless.




[1] Kuhn, T.S., 1962, The structure of scientific revolutions: Chicago, The University of Chicago Press, 210 p.; Kuhn, Thomas S. , and Hacking, Ian, 2012, The structure of scientific revolutions: Chicago; London, The University of Chicago Press, 264 p.

[2] Kuhn, T.S., 1957, The Copernican revolution: Planetary astronomy in the development of Western thought: New York, Random House, 297 p.

[3] Pinker, Steven, 2011, The Better Angels of Our Nature: Why Violence Has Declined: New York, Viking [http://stevenpinker.com/publications/better-angels-our-nature]; Pinker, Steven, 2018, Enlightenment now: The case for reason, science, humanism, and progress: New York, New York, Viking, an imprint of Penguin Random House LLC, 556 p.