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Elementary InSight..
In my endless efforts to find out why normal intelligent (and academics) human beings can promote a  belief system or doctrine, that has been soundly debunked and proven to be faulty, (completely untested as to it's outcome, even downright dangerous), has pointed me to this speaker. The presentation of this paper (on an entirely different subject) does hit nicely on the similar infuriating issues that we face concerning toxic feminism and feminists refusal to even remotely comprehend, understand or recognise any apposing viewpoint..

Feminism is a pseudoscience, designed to sell it's hocus pocus to gullible people and some have fallen for it. Reminds me of conspiracy theorists..
This professional journalist (they do exist) presents some very good arguments and explanations to explain precisely how it all eventuates..

It's elementary Watson..

This is part of a speech by Matt Ridley..
It is a great honour to be asked to deliver the Angus Millar lecture.
My topic today is scientific heresy. When are scientific heretics right and when are they mad? How do you tell the difference between science and pseudoscience?
Let us run through some issues, starting with the easy ones.
Astronomy is a science; astrology is a pseudoscience.
Evolution is science; creationism is pseudoscience.
Molecular biology is science; homeopathy is pseudoscience.
Vaccination is science; the MMR scare is pseudoscience.
Oxygen is science; phlogiston was pseudoscience.
Chemistry is science; alchemy was pseudoscience.
Are you with me so far?
A few more examples. That the earl of Oxford wrote Shakespeare is pseudoscience. So are the beliefs that Elvis is still alive, Diana was killed by MI5, JFK was killed by the CIA, 911 was an inside job. So are ghosts, UFOs, telepathy, the Loch Ness monster and pretty well everything to do with the paranormal. Sorry to say that on Halloween, but that’s my opinion.
Three more controversial ones. In my view, most of what Freud said was pseudoscience.
So is quite a lot, though not all, of the argument for organic farming.
So, in a sense by definition, is religious faith. It explicitly claims that there are truths that can be found by other means than observation and experiment.
Now comes one that gave me an epiphany. Crop circles*.
It was blindingly obvious to me that crop circles were likely to be man-made when I first starting investigating this phenomenon. I made some myself to prove it was easy to do*.
This was long before Doug Bower and Dave Chorley fessed up to having started the whole craze after a night at the pub.
Every other explanation – ley lines, alien spacecraft, plasma vortices, ball lightning – was balderdash. The entire field of “cereology” was pseudoscience, as the slightest brush with its bizarre practitioners easily demonstrated.
Imagine my surprise then when I found I was the heretic and that serious journalists working not for tabloids but for Science Magazine, and for a Channel 4 documentary team, swallowed the argument of the cereologists that it was highly implausible that crop circles were all man-made.
So I learnt lesson number 1: the stunning gullibility of the media. Put an “ology” after your pseudoscience and you can get journalists to be your propagandists.
A Channel 4 team did the obvious thing – they got a group of students to make some crop circles and then asked the cereologist if they were “genuine” or “hoaxed” – ie, man made. He assured them they could not have been made by people. So they told him they had been made the night before. The man was poleaxed. It made great television. Yet the producer, who later became a government minister under Tony Blair, ended the segment of the programme by taking the cereologist’s side: “of course, not all crop circles are hoaxes”. What? The same happened when Doug and Dave owned up*; everybody just went on believing. They still do.
Lesson number 2: debunking is like water off a duck’s back to pseudoscience.
In medicine, I began to realize, the distinction between science and pseudoscience is not always easy.  This is beautifully illustrated in an extraordinary novel by Rebecca Abrams, called Touching Distance*, based on the real story of an eighteenth century medical heretic, Alec Gordon of Aberdeen.
Gordon was a true pioneer of the idea that childbed fever was spread by medical folk like himself and that hygiene was the solution to it. He hit upon this discovery long before Semelweiss and Lister. But he was ignored. Yet Abrams’s novel does not paint him purely as a rational hero, but as a flawed human being, a neglectful husband and a crank with some odd ideas – such as a dangerous obsession with bleeding his sick patients. He was a pseudoscientist one minute and scientist the next.
Lesson number 3. We can all be both. Newton was an alchemist.
Like antisepsis, many scientific truths began as heresies and fought long battles for acceptance against entrenched establishment wisdom that now appears irrational: continental drift, for example. Barry Marshall* was not just ignored but vilified when he first argued that stomach ulcers are caused by a particular bacterium. Antacid drugs were very profitable for the drug industry. Eventually he won the Nobel prize.
Just this month Daniel Shechtman* won the Nobel prize for quasi crystals, having spent much of his career being vilified and exiled as a crank. “I was thrown out of my research group. They said I brought shame on them with what I was saying.”
That’s lesson number 4: the heretic is sometimes right.
What sustains pseudoscience is confirmation bias. We look for and welcome the evidence that fits our pet theory; we ignore or question the evidence that contradicts it. We all do this all the time. It’s not, as we often assume, something that only our opponents indulge in. I do it, you do it, it takes a superhuman effort not to do it. That is what keeps myths alive, sustains conspiracy theories and keeps whole populations in thrall to strange superstitions.
Bertrand Russell* pointed this out many years ago: “If a man is offered a fact which goes against his instincts, he will scrutinize it closely, and unless the evidence is overwhelming, he will refuse to believe it. If, on the other hand, he is offered something which affords a reason for acting in accordance to his instincts, he will accept it even on the slightest evidence.”
Lesson no 5: keep a sharp eye out for confirmation bias in yourself and others.
There have been some very good books on this recently. Michael Shermer’s “The Believing Brain”, Dan Gardner’s “Future Babble” and Tim Harford’s “Adapt”* are explorations of the power of confirmation bias. And what I find most unsettling of all is Gardner’s conclusion that knowledge is no defence against it; indeed, the more you know, the more you fall for confirmation bias. Expertise gives you the tools to seek out the confirmations you need to buttress your beliefs.
Experts are worse at forecasting the future than non-experts.
Philip Tetlock did the definitive experiment. He gathered a sample of 284 experts – political scientists, economists and journalists – and harvested 27,450 different specific judgments from them about the future then waited to see if they came true. The results were terrible. The experts were no better than “a dart-throwing chimpanzee”.
Here’s what the Club of Rome said on the rear cover of the massive best-seller Limits to Growth in 1972*:
“Will this be the world that your grandchildren will thank you for? A world where industrial production has sunk to zero. Where population has suffered a catastrophic decline. Where the air, sea and land are polluted beyond redemption. Where civilization is a distant memory. This is the world that the computer forecasts.”
"Science is the belief in the ignorance of the experts", said Richard Feynman.
Lesson 6. Never rely on the consensus of experts about the future. Experts are worth listening to about the past, but not the future. Futurology is pseudoscience.