More about "heresy" in science
By Mark Perakh
Posted April 15, 2004
When reading Andrea Bottaro's fine post where
he tells telltale stories about non-orthodox ideas taking hold in mainstream
biology, it reminded me some stories that took place in my field.
I am taking
the liberty of telling here a story from my own past.
I guess the
name of Lev Landau is known to many readers of this site. He was a very prominent
theoretical physicist, a Nobel laureate and a founder and a long-time leader of
a group of outstanding theoretical physicists in Russia. His authority among
physicists in the USSR was immense and undisputed. To argue against Dau (as he
usually was referred to) one could only at one's peril. Every physicist viewed
it an honor to be allowed to give a presentation at Landau's famous weekly
seminar. If Landau approved the presentation it would immensely enhance the
prestige of the presenter. On the other hand, if Landau disliked the thesis he
would make mincemeat of the offender with a few very caustic and witty
remarks. After being thus disparaged,
the hapless offender had nowhere to appeal.
in the USSR a professor of physics by the name of Pines who authored an
authoritative book on X-rays technique. In the fifties he submitted to Landau a
paper which he wished to present at Landau's seminar. This paper was a
theoretical treatise about Poisson coefficient. Poisson coefficient is the ratio
between the transverse and longitudinal strains of a solid body. It had been a
commonly accepted view that Poisson coefficient may have only positive values
up to k=1/2. Positive value of k means that when a body is stretched along some
axis, it shrinks in the transverse direction. (For example, this is stated this
way in the famous Feynman's Lectures on Physics). In fact, a thermodynamic
analysis (which I performed in '69) shows that no law of physics forbids a
negative value of k, so that k may in principle have values between -1 and +1/2.
Negative k means that a
body, while being stretched along some axis, would simultaneously expand along
the transverse direction. Such a
behavior was, though, never observed, and to the best of my knowledge, the thermodynamic
analysis I mentioned was never conducted before, so the common notion had been
that k is always positive and not exceeding 1/2.
I have not
read Pines's article so I don't know what his arguments were, except for the
general idea – he suggested some theoretical consideration showing that solid
bodies with a negative Poisson coefficient may exist. I could not read Pines's
article for a simple reason – Landau derided Pines, and Pines's article was
never published and was nowhere to be found. Some of my colleagues who happened to witness the story, told that,
having looked over Pines's article, Landau said, "You know, Pines, if you swap
i and e in your name you get the only body in the world that expands sideways
when stretching." End of Pines's prestige and of his theory.
Now jump to
1969. I had at that time a doctoral student Vitaly Balagurov. He was one of
only four of my doctoral students (out of the total of 26) who failed to get
the doctoral degree. (In 1970 Balagurov
had to abandon his research because of family circumstances). In '69 he was
conducting experiments with films of magnetic alloys deposited in strong
was frustrated by the stubborn instability of the data he got while measuring
stress in these films – which was the task I gave him. For a while I was busy
with some other research and kept postponing a review of his data. Finally I
turned to his raw data and, to my amazement, realized that the alleged
instability was caused by what seemed to be a bizarre effect – when the films
were stretched along one of the axes, they seemed to expand in the transverse
It was hard
to believe, so I set out to check the data and to find the glitch in
measurements which surely must have been somewhere. Together with Balagurov, we
conducted hundreds of measurements, modifying the set-ups, the conditions etc,
and, after a long-long series of experiments (as far as I recall, it took a
whole year) I came to the conclusion that it was a real effect – these films
had a negative Poisson ratio!
everybody knew it was impossible – the great Landau himself said so a few years
earlier and destroyed the poor Pines who dared to suggest otherwise. What could
I do – to openly go against Landau and common knowledge? That was exactly what I did. I wrote an
article (with Balagurov as a co-author) where not only described the
experimental results but also dared to offer a model suggesting a mechanism for
the observed bizarre phenomenon, and sent it to the prestigious journal of the Academy of Sciences – Fizika Tverdogo
Tela (Physics of Solids).
submissions to this journal always are reviewed by at least two anonymous
referees. It usually takes some time. What happened, neither Landau's prestige
nor the "common knowledge" played a role – our article was published, and
unusually soon - in less than two months.
The "orthodox" scientific "establishment" was obviously more interested
in the unusual results than in preserving prestige, orthodox views, or using
the alleged mechanism of peer-review to kill unwanted data – all those malaises
of science attributed to it by the ID crowd.
and biology alike – what counts is evidence, and that is what the ID champions
have in a very short supply.