December 6th 2008 - Cremo and Thompson pass the reality check - again.

Cremo and Thompson showed over ten years ago in their book "Forbidden Archeology" that there is a large body of suppresed evidence that shows that humanity is ancient in the extreme, and that anatomically modern humans existed millions, not hundreds of thousands of years ago on this planet, in parallel with more primitive hominoids. They have demonstrated that the evidence for this was disposed of and dismissed one at a time, not because it was bad, but because it upset the established point of view too much to be considered.

If anatomically modern humans have indeed existed on Earth for millions of years, then there should be remains of such humans of all kinds of in between ages. Some 300,000 years old, some 400,000, and so on, up to millions of years. As chance would have it, every once in a while, remains would be discovered (or rediscovered) whose age is just a bit higher than the currently accepted age of homo sapiens, but not too high, so that the evidence would be allowed to pass through the "knowledge filter" of academic paleoanthropology intact and make it into the peer reviewed literature, forcing a correction of the timeline. Once the new, corrected timeline has become sufficiently accepted, the process would repeat itself.

This is a testable prediction: paleoanthropology is going to keep pushing back the date of the emergence of modern humans. The evidence that humans are older than previously thought is going to keep coming.

One such predicted adjustment occured in 2005, when new research pushed the age of emergency of modern humans back by 35,000 years, to 195,000 years. As of 2008, this is the accepted age.

And now another adjustment may occur: a new dating technique, applied to advanced stone tools found in the 1970s in Ethiopia, revealed them to be at least 276,000 years old. If this evidence is accepted, it will add yet another 80,000 years.

Just as predicted by the work of Cremo and Thompson, the 'official' age of modern humans shows no sign of converging.

January 13th 2008 - Sheldrake exposes Dawkins as a fundamentalist pseudoskeptic

In a commentary on his website, biologist Rupert Sheldrake recounts his experience in - almost - appearing in The Enemies of Reason, a British documentary written by well-known biologist and public advocate for atheism Richard Dawkins. He describes how he was recruited to appear in the documentary with promises that there would be an opportunity for scientific discussion. But when he tried to engage in such a discussion, both Dawkins and they director made it clear that they were not interested in discussing evidence. The TV programme was intended to debunk, not give a fair view of the scientific evidence:

"Richard seemed uneasy and said, 'I’m don’t want to discuss evidence'. 'Why not?' I asked. 'There isn’t time. It’s too complicated. And that’s not what this programme is about.' The camera stopped. The Director, Russell Barnes, confirmed that he too was not interested in evidence. The film he was making was another Dawkins polemic."

Dawkins has of course every right to promote his religious views- in this case, the religious views of atheistic materialism, which considers evidence for presumably transcendental phenomena a mortal threat to its belief system. However, when Dawkins and people like him promote their views in the name of science, they commit labeling fraud. Dawkins may be a scientist by trade, but when he acts and argues as a fundamentalist believer in materialism, ignoring evidence that challenges his belief system, then he commands no more credibility and scientific authority than any other kind of religious believer.

The British Channel 4, which first aired Dawkin's programme, offers the following introduction on its site:

There are two ways of looking at the world – through faith and superstition or through the rigours of logic, observation and evidence – in other words, through reason. Reason and a respect for evidence are precious commodities, the source of human progress and our safeguard against fundamentalists and those who profit from obscuring the truth.

Unfortunately, Dawkin's behavior with respect to observations and evidence submitted to him by Sheldrake demonstrates little evidence for "reason or respect for evidence"- it rather suggests that Dawkins is a materialist fundamentalist who "profits from obscuring the truth".

June 3rd, 2007 - Another modern-day cardinal who refuses to look through the telescope.

At Snowcrystals.com: Myths and Nonsense ... Fact and Fancy in the world of ice and snow ..., there is a section devoted to the research of Japanese scientist Masaru Emoto, whose work has (again) produced evidence that water is an information carrier.

What do you think of the work of Masaru Emoto? If you haven't heard of Mr. Emoto, he has published several books claiming that ice crystals grow differently when water is first exposed to different thoughts and feelings. For example, he may start by playing assorted varieties of music -- jazz, classical, rock-and-roll, etc. -- to different containers of water. The music is then turned off and the "treated" water is used to grow snow crystals. He claims that the different musical treatments yield different types of snow crystals, and shows us pictures of the results to prove his case.

If you think it defies common sense that water does this, you are right. In fact water does not respond to thoughts and feelings - it's just water. How then does one explain Mr. Emoto's experiments? My best guess is that Mr. Emoto grows hundreds of crystals and then selects different shapes to demonstrate whatever point he wishes to make. For example, when the water was exposed to classical music he picks out some beautiful crystals to show us. For rock-and-roll, he selects some ugly crystals and shows us those. He then concludes that classical music makes beautiful crystals while rock-and-roll makes ugly ones. What he does not show us is that both musical treatments made the same numbers of beautiful and ugly crystals. The "treatments" actually had no effect.

Do I know Mr. Emoto does this? No, which is why I called it a guess. Mr. Emoto has never published his work in a reputable scientific forum, where it would be scrutinized. He only presents it in self-published books, where he is free to say whatever he wants. Basic physics says the work cannot be correct, and Mr. Emoto has not convinced the scientific community that his experiments have any merit whatsoever.

Have I tried to reproduce Mr. Emoto's experiments? No, and I don't intend to. While I try to keep an open mind to new ideas, this one is just too outrageous. I only have limited time and resources, so I study ideas that I think are more likely to be fruitful. As we liked to say back on the farm in North Dakota -- it's good to have an open mind, but not so open that your brains fall out!

Who wrote this unscientific nonsense? Kenneth G. Libbrecht, a Caltech Professor of Physics and chairmain of the physics department no less. This good man has a Ph.D. in physics from Princeton but he does not remember that physics is an empirical science. He believes that he has figured out how nature works, so any and all claims that contradict his own understanding are a priori wrong- no empirical study is even needed. He knows what is possible and what is impossible ahead of time. And from that place of absolute certainty, he makes dogmatic pronouncements. He even appeals to common sense, even though almost the entirety of 20th century physics defies common sense.

Like many pseudoskeptics, Libbrecht hasn't bothered to actually understand the claims he's criticizing. He says that Emoto exposes water to music and then rejects the idea that this could alter ice cyrstals created from the water by proclaiming that water does not "respond to thoughts and feelings". Which one is it? Surely, he knows that thoughts and feelings and sound waves are not the same thing?

Libbrecht's position is irrational in yet another way. According to his homepage, crystal growth and formation is one of his current research interests, yet he categorically refuses to test Emoto's claims because he has only "limited time and resources". But he had enough time to create a page on the subject. One cannot help but wonder whether Libbrecht is afraid of what he might find if he actually looked.

01-23-08 addendum: Dean Radin made me aware that he has conducted a double-blind test of Emoto's claims that found in favor of Emoto.

September 20, 2005 - Deep Impact and the creation of Scientific Myth

An article in the September 10, 2005 issue of New Scientist ("Tails of the Unexpected", p. 32) reveals that astronomers are at a loss to explain the observations of the Deep Impact mission to comet Temple 1.

According to the article, "comets are defying all attempts to understand them". Donal Brownlee, an astronomer from the University of Washington, Seattle and NASA contractor is quoted as saying, "it's a mystery to me how comets work at all".

These astronomers have reason to be confused. They think that comets are "dirty snowballs", leftovers of the primeordial material from which the solar system formed. They expected the impactor to release a moderate amount of dust and a huge amount of water, and to change the comet's activity permanently triggering a new jet.

But they were in for a surprise on all three counts.

* The impact released very little water. A Friday, July 8, 2005 press release titled "Deep Impact Was a Dust-up, Not a Gusher" from the Harvard-Smithsonian Center for Astrophysics said that astronomers were "puzzled" by the "lack of increased water vapor from Temple 1".

* There was a huge amount of dust. According to New Scientist: "The Deep Impact Team thought their 370kg impactor would liberate about a month's worth of dust, based on normal emission rates, but it now seems more likely that a whole year's worth escaped the comet. "

* There was no long-term change in Temple 1's activity. According to New Scientist again: "A week of follow-up observations.. revealed that after the initial outburst the comet's activity levels remained very much as they were before the encounter. The new jet they had hoped to trigger simply did not materialize."

And there's more. According to an article in the NY Times (Composition of a Comet Poses a Puzzle for Scientists, Sep 7, 2005 ), the composition of Temple 1 is difficult to explain for scientists working with the standard model:

One of the observers was the Spitzer Space Telescope, a NASA mission that takes pictures in the infrared part of the spectrum. In the burst of light after the collision, Spitzer detected specific colors of infrared light that indicated that Tempel 1 contained clays and carbonates, the minerals of limestone and seashells.

Clays and carbonates both require liquid water to form.

"How do clays and carbonates form in frozen comets where there isn't liquid water?" said Carey M. Lisse, a research scientist at the Applied Physics Laboratory at Johns Hopkins University who is presenting the Spitzer data today at a meeting of the Division for Planetary Sciences in Cambridge, England. "Nobody expected this."

Spitzer also detected minerals known as crystalline silicates. Astronomers had already known that comets contain silicates, but silicates line up in neat crystal structures only when they are warmed to 1,300 degrees Fahrenheit - temperatures reached at around the orbit of Mercury - and then cooled.

"How do you do that and then how do you put that stuff into a comet that forms out by Pluto?" Dr. Lisse said.

However, two competing hypotheses have predicted some of these results. Both predict that comets are essentially asteroids- hard, rocky bodies, not fluffy snow/dirt balls, and that they are ejecta from terrestrial planets.

The Exploded Planet Hypothesis is considered crackpot by mainstream scientists because they cannot comprehend that and how planets could explode. Nevertheles, this is possible assuming the Le Sage interpretation of gravity.

The Electric Universe theory is a spin-off of plasma cosmology and likewise considered pseudoscience at best by mainstream astronomy.

Unfortunately, but not surprisingly, NASA and the astronomical establishment are not acknowledging that these outsider theories succesfully predicted some of the big surprises of the Deep Impact mission. A mainstream article in Wired that discusses the predictions of the Electric Universe model states

Scientists from NASA's Deep Impact investigation team declined to comment on specific observations made by the Thunderbolts group.

However, the Wired article contains direct quotes from NASA scientists that show that important, non-trivial predictions made by the Electric Universe group came to pass:

Prior to the July 4 impact, the Electric Universe group published a detailed chain of events they expected to see when Deep Impact struck comet Tempel 1 with an 820-pound copper projectile.

The prediction said there would be two impact flashes: a small flash as the projectile penetrated the comet's electrified atmosphere, followed by a huge impact flash that would be "unexpectedly energetic."

And that's exactly what appeared to happen on July 4, in an impact that astonished NASA investigators.

"What you see is something really surprising," said mission co-investigator Peter Schultz. "First, there is a small flash, then there's a delay, then there's a big flash and the whole thing breaks loose."

Mainstream investigators have already come up with an ad-hoc hypothesis to explain this double flash and to avoid the embarrasing admission that the Electric Universe turned out to be superior in predicting impact events. This ad-hoc hypothesis is that the comet's outer layers are "mostly empty space" and "unbelievably fragile, less strong than a snow bank", according to principal Deep Impact investigator Michael A'Hearn (quoted from Composition of a Comet Poses a Puzzle for Scientists, NY Times, September 8th, 2005).

Here were are witnessing the process of scientific mythmaking in progress. The ad-hoc hypothesis of the unbelievably fragile outer layers is now treated as an observational fact (a "confirmation", in the words of A'Hearn), even though it is just an interpretation introduced to account for the otherwise mysterious double flash. A New Scientist brief news item (17 September issue, p. 13) confidently states that Deep Impact "demonstrated" that the comet is "a fluffy ball of powder". The Electric Universe group exposes this breakdown of scientific objectivity in a Sept. 13 commentary:

Finally, the New York Times article stated, "Observations of the Deep Impact collision confirmed that the comet is mostly empty space. The outer layers of Tempel 1 are 'unbelievably fragile, less strong than a snow bank,' said Michael A'Hearn, the mission's principal investigator".

Confirmed? This is not a fact but an unwarranted assumption forced by the model. It's needed in order to "explain away" the double flash at impact, which in the prevailing paradigm can only mean that the impactor hit a double crust or boundary.

In the electric model, a double flash is expected because the impactor and comet have different charges. A potential difference -a voltage- exists between them. When the impactor gets close to the surface, an electrical discharge -lightning- will flash between impactor and nucleus. If the impactor is not torn apart by the discharge, it will produce a second flash when it impacts moments later.

With a different paradigm, the observation confirmed that the comet is mostly, and perhaps entirely, solid rock. Unless a range of alternatives is considered, confirmation only meanss that you see what you believe.

Treatment of an ad-hoc hypothesis as observed fact is only the first step in the creation of scientific myths. After the reinterpretation of an anomalous observation that a standard theory cannot account for into a resounding confirmation of a new, patched up version of the same theory, and after forgetting the disctinction between the primary observation and its ad-hoc interpretation, advocates of the standad theory then use the presumed "confirmation" to "refute" competing theories that predicted the primary observation in the first place.

This second step in the creation of scientific myth can be observed in the (as of this writing) current version of the Wikipedia entry Electric Universe. A section titled "Failure of Electric Universe predictions regarding Deep Impact" states that the Electric Universe prediction of an impact into rock was false because "The impact has been confirmed to be into loosely consolidated dust", basically turning a spectacular predictive success of the Electric Universe model into a resounding failure.

Essentially, this is how weak theories that nevertheless enjoy overwhelming support from scientists (such as big bang cosmology or the HIV theory of AIDS) stay in business.

02-01-2008 addendum: the Wikipedia entry on the eletric universe concept has been removed. A record of the dispute between electric universe proponents and detractors remains.

August 4th, 2005 - Communications breakthrough concerning gas-type M-M experiments

For years, relativity skeptics have been pointing out that the general null result of Michelson-Morley type experiments is a myth, and that a small ether drift has been observed in some versions of the experiment that cannot be explained away by experimental error.

These criticisms have been completely ignored by the physics establishment, and not completely without reason. Modern, and much more accurate experiments such as the Brillet-Hall experiment of 1979 and the Müller experiment of 2003 have failed to detect aether drifts, suggesting that the results of the older experiments must have been somehow mistaken.

Only recently, an explanation was found that reconciles these seemingly contradictory results. Dr. Reg Cahill of Flinders University, Adelaide, Australia, creator of a possible Theory of Everything called Process Physics and K. Kitto found a unified analysis of Michelson-Morley type experiments based on the Lorentz transform that takes into account the (heretofore ignored) refractive index of the medium in which light propagation takes place.

Their revolutionary claim is that the effect size in the M-M experiment is proportional to (N-1) where N is the refractive index of the medium. Their formula fits all the M-M experiments that have been published in the literature, including the null results of the modern vacuum experiments (N=1).

Unfortunately, these results have until recently been ignored by mainstream physics. This has now changed.

The Cahill-Kitto analysis of M-M experiments has found a mainstream advocate in Maurizio Consoli, a physicist at the Italian National Institute of Nuclear Physics. Consoli managed to get this idea published in a mainstream physics journal (M. Consoli, E. Costanzo: From classical to modern ether-drift experiments: the narrow window for a preferred frame. Physics Letters A, Volume 333, Issues 5-6, 13 December 2004, Pages 355-363.)

Consoli has extended Cahill's argument to vacuum experiments. He argues that the gravitational field of the earth changes N a little from the N=1 of the ideal vacuum, which explains the tiny deviations found in the Müller experiment.

Readers who do not have access to a science library can find Consoli's arguments in M. Consoli and E. Costanzo, The motion of the Solar System and the Michelson- Morley experiment.

According to a recent article in New Scientist ("Catching the cosmic wind", 02 April 2005 issue), this has resulted in a communications breakthrough. Müller's former group at Humboldt University, Berlin is likely to replicate the M-M experiment using a dense, gaseous medium instead of a vacuum. Here's a relevant excerpt from the New Scientist article.

Consoli says any Michelson-Morley type of experiment carried out in a vacuum will show no difference in the speed of light in different directions, even if there is an ether. But he points out that some theories, such as the electroweak theory and quantum field theory, suggest that light could appear to move at different speeds in different directions in a medium such as a dense gas. The size of the effect would depend on the refractive index of the medium - and any motion relative to an ether.

With the Earth careering through space into an ether wind, light in one arm of the gas-filled interferometer would travel faster than light in the other, "just as was seen in the classic non-vacuum experiments of Michelson and Morley and others," Consoli says. The 8-kilometres-per-second result for the speed of the ether wind relative to the Earth came from using an interferometer filled with air, he points out. Experiments performed using helium-filled interferometers have obtained 3 kilometres per second and those using a "soft" vacuum 1 kilometre per second. The more rarefied the medium that light is shone through, the smaller the effect of the speed of the Earth's movement relative to any ether.

The cavity experiments will be even more sensitive to this. If there is an ether, Consoli predicts there will be a large jump in the frequency difference between the cavities - perhaps by a factor of 10,000, or even 100,000. The experiment will cost about $200,000 to set up and perform, but it will be worth it. "This is the crucial experiment," he says. "If such an effect is not seen, we will have closed the last experimental window."

It is not a straightforward experiment to perform, though. Experimenters have managed to produce a laser frequency stable enough to carry out experiments for hundreds of days only by cooling the cavities to close to absolute zero. If a gas is introduced at these temperatures it will freeze: it's going to take quite some ingenuity to overcome the problem. Nevertheless, a group of physicists at Humboldt University are considering taking on the challenge. "There is a good chance we will do the experiment," says Achim Peters, one of the group.

It's going to be a much-watched piece of lab work. "If someone does do it, I will be very interested in the result," says Holger Müller of Stanford University, California, who was involved in laser cavity experiments at Humboldt before moving to the US. Müller admits that a positive result would have profound implications for physics. For a start it would mean that one of Einstein's contemporaries Hendrik Lorentz, has been denied proper recognition. Lorentz, not Einstein, would have to be credited with the definitive theory of relativity.

One cannot overemphasize the importance of this development. This may be be the best chance in decades for a definite, resounding, undeniable experimental falsification of Einstein's special relativity theory. If this falsification happens, the entire building of modern theoretical physics will collapse and have to be rebuilt on the foundation of an (aether-based) Lorentzian relativity theory.

March 14, 2005 - unreported experimental evidence for precognition?

A News story found on the Red Nova site suggests that mainstream laboratories are withholding hard evidence concerning precognitive ability in humans out of fear of ridicule.Emphasis added.

Dr John Hartwell, working at the University of Utrecht in the Netherlands, was the first to uncover evidence that people could sense the future. In the mid- 1970s he hooked people up to hospital scanning machines so that he could study their brainwave patterns.

He began by showing them a sequence of provocative cartoon drawings.

When the pictures were shown, the machines registered the subject's brainwaves as they reacted strongly to the images before them. This was to be expected.

Far less easy to explain was the fact that in many cases, these dramatic patterns began to register a few seconds before each of the pictures were even flashed up.

It was as though Dr Hartwell's case studies were somehow seeing into the future, and detecting when the next shocking image would be shown next.

It was extraordinary - and seemingly inexplicable.

But it was to be another 15 years before anyone else took Dr Hartwell's work further when Dean Radin, a researcher working in America, connected people up to a machine that measured their skin's resistance to electricity. This is known to fluctuate in tandem with our moods - indeed, it's this principle that underlies many lie detectors.

Radin repeated Dr Hartwell's 'image response' experiments while measuring skin resistance. Again, people began reacting a few seconds before they were shown the provocative pictures. This was clearly impossible, or so he thought, so he kept on repeating the experiments. And he kept getting the same results.

'I didn't believe it either,' says Prof Bierman. 'So I also repeated the experiment myself and got the same results. I was shocked. After this I started to think more deeply about the nature of time.' To make matters even more intriguing, Prof Bierman says that other mainstream labs have now produced similar results but are yet to go public.

'They don't want to be ridiculed so they won't release their findings,' he says. 'So I'm trying to persuade all of them to release their results at the same time. That would at least spread the ridicule a little more thinly!' If Prof Bierman is right, though, then the experiments are no laughing matter.

2003 - Gene Mallove on a scandalous case of scientific censorship.

In the editorial of the March/April 2003 issue of Infinite Energy, the late Gene Mallove reports on breakthrough research in acupuncture which showed that stimulating a specific acupuncture point in the foot leads to instantaneous activation of the visual cortex of the brain. Measurement of the speed of transmission was only limited by the instrumentation's time resolution and shown to be "at least 1,000 times any known nerve transmission speed". This important result was

"submitted to Science, and then Nature, which both rejected without review according to Dr. Joie Jones. Subsequently, five sympathetic Nobel laureates in the biological sciences, who were impressed with the paper, urged Nature to reconsider its decision. It did not. Therefore, the paper had to be published in the Proceedings of the National Academy of Sciences, which does not censor the work of its participants. "

Again, the leading scientific journals of the world take it upon themselves to act as a paradigm police- suppressing information that could revolutionize our understanding of nature.

http://web.archive.org/web/20100602114848/http://www.suppressedscience.net/news.html