Lewandowsky Invariance

At the end of the 19th century physics had a significant problem reconciling Newtonian mechanics with Maxwell's theory of electricity and magnetism (E&M).  Roughly, very roughly put, this boiled down to the invariance of physics across frames moving uniformly with respect to each other.  One needs to calculate the time and position of a body, or an electromagnetic wave in one frame compared to that in another moving uniformly with respect to the first.

In human speak this is figuring out how the same process appears when one is moving on a train as opposed to when one is standing the ground watching the train go by.  Of course, both the train and the Earth are moving, and the train could be a really fast space ship, but we really do not need to go there.

The Newtonian solution is a Galilean transform, that time is the same everywhere and that the difference in position changes as the product of time and velocity, e.g. r(t)' - r(t) = - vt, where t is time, v the relative velocity between the frames and r(t)' and r(t) the positions in the two frames at any time t.  Within this picture, the Newtonian physics remains the same for both the observer on the ground and the one on the train.

For the physics described by Maxwell's equations this does not work.  One needs a more complex looking set of equations called Lorentz transforms.  These allow calculation of such things as the wavelength and energy of an electromagnetic wave, e.g. light, radio waves, in one frame given the time and position in another.

With this key idea, and none of the mathematics, we can appreciate Einstein's contribution.  Physics  should be independent of the rock we are standing on when we measure it.   One way out was intensively explored by Michelson and Morley and others (here and here).   They showed that the laws of E&M did not change when the frame of observation changed.  Therefore, Einstein concluded that the Galilean frame transform was the one that had to be modified.  This leads to a set of Lorentz invariant transforms for particle motion, and prediction of such things as time dilation, the energy equivalence of mass, E = mc², and more, each having been observed and shown to obey the predictions of what is called the Special Theory of Relativity.

The Theory of Relativity became established science within twenty years.  Some recognized its importance and correctness quickly, for example, Max Planck.  On the other hand, the theory remains distasteful to many, mostly not scientists.  Exploration of that distaste is instructive and there is no better place to start than Einstein's take

This world is a strange madhouse. Currently, every coachman and every waiter is debating whether relativity theory is correct. Belief in this matter depends on political party affiliation.” 

and 

Anti-relativists were convinced that their opinions were being suppressed. Indeed, many believed that conspiracies were at work that thwarted the promotion of their ideas. The fact that for them relativity was obviously wrong, yet still so very successful,

There is an historical and philosophical literature about this.  The role of Naomi Oreskes and Erik Conway's book, Merchants of Doubt, belongs to Milena Wazeck's  Einsteins Gegner:  Die Oeffentliche Kontroverse um die Relativitaetstheorie in de 1920er Jahren (Einsteins opponents:  The public controversy about the theory of relativity in the decade of the 1920s).  Eli has not yet read that book (on order from Amazon) which is untranslated from the German, but there is a review by, Jeron von Dorgens On Enstein's Opponents and Other Crackpots that sets the stage nicely.

One of the first things that jumps out is how the witches of denial cooked relativity and climate change in the same kettle.  Wazeck observes that the physicists who opposed Einstein, and it did get personal, were those who were fearful of being sidelined by the shift of the field to a more mathematical approach.  In the same way, the professional opposition to climate change science was rooted in the observational climatologists seeing a threat to their work from the climate modeling community, the Tim Balls, the William Grays, the Pat Michaels,  of the world, and the regional climatologists, the Roger Pielke Sr.'s.

And, of course, there were the citizen scientists, as Roy Spencer would put it, or in Wazeck's description

Although they had previously played no role in German academic life, during the 1920s scores of self-proclaimed researchers alleged to have proved the theory of relativity to be scientifically incorrect. Because the arguments set out in hundreds of ensuing publications frequently rested on fundamental misunderstandings of Einstein’s new theory, their accounts have largely been ignored by traditional history of science.

Is there any better description of Chris Monckton than this of Arthur Patschke

Non-academic researchers like Patschke announced public lectures, submitted essays, and tried to establish contact with Einstein and other leading scholars in order to warn them—as well-intentioned colleagues—of the falsehood of the theory of relativity and to convince them of the veracity of their own scientific worldviews. Patschke and others like him were often simply ignored; in other instances, it was patiently explained how their criticisms of the theory of relativity had completely missed the mark. But because their observations were anchored in specific worldviews, Patschke and his associates were immune to this type of criticism. 

well, except for the well intentioned part, but that too soon vanished, and the roots of this are explored by Waneck

The controversy surrounding the theory of relativity was exceptionally heated. In many pamphlets one finds what might be described as a martial rhetoric of damnation; his opponents also staged acts of protest that sought to inflame public opinion against Einstein’s work. A complex process of marginalization and protest helps to account for the heated responses to Einstein’s theory. 

Of course, for scientific denialism to gain traction there have to be political and philosophical motivations.  Politically, while anti-Semitism played a major role, it must not be forgotten that Einstein's outspoken and well known pacifism did not play well on the right of post WWI Germany's political spectrum, where defeat and disgrace was blamed on internal enemies (of course, including Jews, liberals, social democrats and communists).  Moreover, the theory of relativity in removing time from its immutable privileged place stirred fierce resentment especially among those who regarded it as a world view rather than a scientific theory. Perhaps it would have been better to call Einstein's work the Theory of Consistent Physics

Still one cannot separate the gathering storm which lead to Hitler and the political context in which the Theory of Relativity was demonized.  Von Dorgen writes in his short book review (go read it and say to yourself every paragraph, hey Eli recognizes that, he read it yesterday at WUWT, at Curry's, etc)

Conspiracy theories tend to do well in uncertain times: they create order in chaos. Hence, they thrived in post-World War I Germany.  Just as there is no real point in debating conspiracy theorists, there was no point in explaining relativity to anti-relativists, Wazeck astutely observes. Their strong opposition was not due to a lack of understanding, but rather the reaction to a perceived threat. Furthermore, anti-relativists were convinced of their own ideas, and were really only interested in pushing through their own theories; any explanation of relativity would not likely have changed their minds. Initially, relativists, and in particular Einstein himself, were willing to engage in correspondence or debate with their critics. By the early 1920’s, however, they concluded that sufficient common ground was lacking, and likely chose not to further waste any valuable time.

and, where have we seen this

Nevertheless, anti-relativists were convinced that their opinions were being suppressed. Indeed, many believed that conspiracies were at work that thwarted the promotion of their ideas. The fact that for them relativity was obviously wrong, yet still so very successful, strengthened the contention that a plot was at play—and some anti-relativists were convinced that the co-conspirators were Jewish. Jews were held to dominate both the newspaper business and the new discipline of theoretical physics; they could thus easily advertize one of their own (Einstein) and his fallacious work (relativity). Gehrcke, for instance, kept emphasizing that the successes of relativity could only be explained by a state of “mass hypnosis”, brought about by excessive and one-sided reporting.

Such a qualification resonated with familiar anti-Semitic reasonings (it was a known anti-Semite strategy to claim Jewish hyping), and was well received in right-wing media. Yet, Wazeck denies any overt anti-Semitic motivations on Gehrcke’s part; in her perspective, a crucial distinction seems to be that he did not necessarily primarily intend to promote the rightist cause, as Weyland appeared to have attempted.

Oh yes, over at Dr. Roy's place this morning

I would guess today’s research funding lopsidedness is currently running at least 100 to 1, humans versus nature. Is that really how the public would like their tax dollars spent?

Eli is not the first to have spotted the analogy or even von Dorgen's essay.  Brenden DeMille had a piece in 2010 at deSmog

The entire analogy is filled with irony (Eli only does snark).  For example, the equivalents of the NIPCC was the "Academy of Nations" bringing together Einstein's opponents organized by Ernst Gehrcke in Germany and Arvid Reutherdahl, engineer and dean at the College of St. Thomas in St. Paul, Minnesota.  Alert bunnies may recognize that John Abraham, one of the most successful defenders of climate science, is, at the University, nee College, of St Thomas, and that the administration of the University acted admirably when Chris Monckton bared fangs and attacked John.

In conclusion, one must acknowledge that science denial is the same from every point of observation both in time and in space.  Eli formulates this as Lewandowsky's Denial Invariance Transform.