Exposing PseudoAstronomy

July 26, 2015

#NewHorizons #PlutoFlyby – The Pseudoscience Flows #8: Where Are the High-Res Pictures?

This will be another short post, but it’ll hopefully tide you over while I’m home for 3.5 days before headed back to Maryland for a New Horizons Science Team Meeting. First off, you should read my Part 6 post about how the data are being downloaded from the New Horizons probe to Earth.

With that said, Richard Hoagland has moved up in the world and has his own radio program on Art Bell’s network. Richard gets 10 hours per week (2 hrs per week night). I finally figured out my recording software and so was listening today to his Friday night / Saturday morning broadcast where he had on his significant other (Robin Falkov) and amateur image processor and image anomaly = intelligent artifact finder Keith Laney. But that’s somewhat beside the point, for this is the pseudoscience for this post:

  1. Richard Hoagland thinks that if he were managing the mission and the the probe might die tomorrow, he would send back the best pixel scale images first.
  2. Therefore, we must have done that.
  3. But, they are not being released.
  4. Therefore, “NASA” is hiding these 70-80 meter per pixel images because “NASA” is trying to figure out what all the buildings mean.

Spot anything wrong with that line of reasoning? How about steps 1 and 2, the basic premise.

Richard Hoagland is wrong.

From a fundamental standpoint, besides everything I wrote in that part 6 blog post. If you’re in charge of the mission, and you fear there is a small possibility that your probe might die, you would want to bring down the most representative data, and the data that will tell you the most about different things across the body rather than a tiny less-than-one-percent-of-the-surface-area image that would itself take many hours to downlink without lossy compression.

And – ¡gasp! – that’s what we did! We brought down images that give us the broadest possible view, and we brought down data from the other instruments that do the same. Remember: New Horizons doesn’t just have a black-and-white camera. It has seven other science instruments!

Besides that, more organizationally and methodically, there are literally hundreds of individual science questions/goals that we had for New Horizons’ data to answer. Every single observation made was linked to one or more of those goals. And, those goals were prioritized not only into four main tiers*, but within each tier they were prioritized, as well. Each was audited multiple times by many different mission scientists and very carefully worded and planned. And — guess what! — 70-80 m/px images of a tiny area of Pluto are not in the Tier 1 goals. So, when you want to prioritize your data downlink during that crucial few-days period after the closest approach, you’re going to bring down the data to answer the most Tier 1 goals/questions.

So … yeah. Richard is wrong in his conspiracy because his assumptions are wrong which he assumes are correct. Put another way: Richard thinks something, which (to him) makes it fact, and then he makes conclusions of conspiracy based on that “fact.” But his basic thinks is wrong, therefore everything else that came after that thinks is wrong.

*This is why after the “anomaly” during the July 4 weekend, the announcement was made that “No Tier 1 goals will be affected.” That’s because the data that would have been taken during those few days were not crucial to any of those goals/questions. One observation, for example, was a “family portrait” that would be the last time New Horizons could fit the entire system in a LORRI field of view. That was more for public outreach, so it was a 3.9.x goal, but it also would have helped determine orbits of outer satellites which means it doubled as a tier 2 goal.

July 21, 2015

#NewHorizons #PlutoFlyby – The Pseudoscience Flows #5 — My Own Error

I’m going to shift a bit here, though the next two posts on this topic are already planned (though Sharon over at Doubtful News just pre-empted me tonight on the Crrow777 stuff that’s hit Newsweek). Instead of discussing pseudoscience that I’ve seen elsewhere, I’m going to discuss my own. Not pseudoscience, per se, but where science can go wrong when you have little sleep and are under extreme pressure to do things quickly.

But before I get specifically to this, I want to emphasize: News reports that there are “no craters on Pluto” are wrong. There are clearly impact craters. It’s that there are no unambiguously yet observed impact craters on Sputnik Planum. That out of the way:

I made a boo-boo. But, science is ultimately self-correcting because if it’s wrong, then when people try to duplicate it, they will get different results …

I generally study impact craters (among other things). One of my primary science areas of research for the Pluto-Charon system is to understand their crater populations to tease out what the impacts are like out there 40AU from home and what the geologic history of the bodies are. To do that, you have to map craters. I’m going to be focusing on that in the coming months (and currently) and I’m also going to be focusing on how our mapping changes as we start to get lossless data and higher pixel-scale data (not higher “resolution,” for “resolution” means number of pixels, while “pixel scale” refers to the length per pixel). This latter focus has been something I’ve been publishing on in the last year.

As I’ve mentioned before on this blog, images right now are being sent down lossy compressed. Meaning they are full of JPEG artifacts that wash out a lot of small features … like impact craters. So when mapping, I’m assigning a subjective confidence level that indicates how certain I am that a feature is a crater or not. Since we have repeat imagery, already, I’m going over each area multiple times, blindly, with the different images.

One area that’s hit the news is Sputnik Planum, on the “left” side of the bright albedo feature Tombaugh Regio. It’s bright, and it’s young, and we know it’s relatively young because it has no unambiguous impact craters in the images that we have so far. I’m very careful with that phrasing: unambiguous impact craters in the images that we have so far.

Except, I thought I found one. A rather large one. But I didn’t.

When I initially mapped it in the image that came down a week ago (the full-frame image that was unveiled the morning of the encounter), I gave it a confidence level of 4 out of 5. We had the lossy-compressed JPEG version of the image, and after we had attempted to remove some of the JPEG artifacts through Fourier Transform truncation and then deconvolved it with the point-spread function of the camera (the camera inherently blurs things a teeny bit), it looked like a crater, and I was pretty certain it was a crater. Since it was many pixels wide and the image had a pixel scale of 3.8 km/px, that is a significantly sized crater, at least 30 km in diameter.

Except, it wasn’t. We have since gotten a mosaic at 2.2 km/px of the planet, and we have gotten higher pixel scale images at 400 m/px that have not yet been released. In none of these is that very large, very obvious crater present.

What happened?

We made a tiny artifact bigger by image processing. It was a simple cosmic ray hit.

Here’s what happened:

  1. Cosmic ray hit the detector, meaning there was a very bright pixel with a lot of electrons in it.
  2. This detector has the annoying property that if you have a bright spot, a dark streak forms behind it. You can see this in all of the over-exposed hazards search images. So the bright pixel now had a dark streak behind it.
  3. This was lossy JPG compressed on the spacecraft by a severe amount. Heavy JPG compression can make things “ring” because it represents the data as a series of cosine waves.
  4. One of our basic image processors took that image and first deconvolved it, sharpening the ringing JPEG noise.
  5. He then looked at the image in frequency space and made a series of clips that when brought back into spatial space (what we’re used to) will dampen a lot of the obvious JPG blockiness and make for an image that is more aesthetic and helps to make out a lot more features because you don’t have the 8×8 grid of JPG blocks dominating.

This is perfectly reasonable to do, and so long as you understand the kinds of artifacts that it can introduce and don’t over-interpret it, you’re fine.

Unfortunately, it makes this particular kind of cosmic ray hit on this particular detector look like a very clear, very obvious impact crater. Despite my best efforts at not over-interpreting early images that clearly showed artifacts from the image processing, I over-interpreted this feature.

Fortunately, it never made it into a press release or a paper (though I will be talking about it in a paper I’ll be writing as a cautionary tale), but when doing stuff like this, I’m always reminded of how (and this is going to sound arrogant) I’m different from a pseudoscientist, and how working on skepticism for the past (nearly) decade has helped me to become a better scientist. Someone like Richard Hoagland, Mike Bara, Keith Laney, or the guy I talked about in the last blog post probably would not hesitate to make a big deal out of these kinds of features.

To be blunt, I’m a crater expert. I am considered to be an expert in mapping impact craters due to my experience at mapping over 1 million impact craters across 7 solar system bodies (so far). Yet, I made this significant mistake. What separates me from the pseudoscientist, though, is that when I was presenting this to people, I said that this looks very much like a certain crater, but we need to wait to see the uncompressed version of the image, and we need to wait for the higher-resolution maps before saying it’s certain. And if it isn’t, “it will be very interesting to figure out why it isn’t a crater.” I specifically said that in a team meeting on Sunday.

Many things right now are provisional simply because of the very lossy image compression. Features like craters are particularly difficult to tease out, unless they are very large and very obvious (as are many). Contrast that with the people trumpeting “geometric structures” on Pluto and Charon in these images. Of course there are “geometric structures” that were “artificially created” … all in the lossy JPG compression algorithm! I keep thinking I’m repeating myself with this — and I am — but people still keep making this claim.

But, I’m perfectly willing to be corrected. In fact, I have now written 1000 words about how and why I was wrong, and the exact reasons and process that led me to that erroneous conclusion: Based on better data, I can re-examine things and see what went on and if it’s real. Contrast that with what I listened to earlier today which was a discussion between Richard Hoagland, Keith Laney, and the host of Skywatchers Radio. This quote involves all three men, talking about the Norgay Montes image released last week, and where one stops and the other starts doesn’t really matter, for all three were complicit in this train of thought:

“Look around in that image. You will be amazed. The more you look, the more you’ll see. It’s pretty incredible. Blow the image up as much as possible and look at every little part of that image. There’s so much artificial stuff in there! Again, as denoted by the geometry.”


July 14, 2015

#NewHorizons – The Pseudoscience Flows, Part 2

“Of course, I have no proof of this …”

Thus just said Keith Laney on Richard C. Hoagland’s internet radio program on Art Bell’s Dark Matter radio network. He was shocked an hour ago at the incredible details being revealed in the publicly released images this morning. Then, about 10 minutes ago, we had a NASA guy come into our geology room and tell us that we were so popular that we crashed NASA’s website. I knew that it was a matter of moments before the conspiracy folks would spin something.

And so, they did: NASA was releasing such good stuff and such “revealing” images of Pluto (despite them being lossy JPGs of lossy JPGs — the lossless version of this image will be downloaded probably the first week of August), that their website was shut down by Those In Control.


Also, two misconceptions: Richard spent quite a bit of time complaining and being mystified that there was no live radio signal from the craft. New Horizons has one moving part, the door to the Alice instrument. That’s it. Other craft usually have a science platform that can be rotated. New Horizons doesn’t. So we can either take data of Pluto and its system, or talk to Earth. Guess which we’re going to do when we’re closest?

It was another moment of arrogance, actually, on Richard’s part. He was astounded that no news media were asking this question during the NASA press conference. He remarked that the reason that HE thought of the question as opposed to the news media was that he has a lot more experience in this sort of thing. No … it’s because they know how to read Wikipedia.

The other misconception is not just Richard’s but is being played across many different media: The signal tonight is a “phone home” of the spacecraft health. Data won’t be until many, many hours later.

July 13, 2015

#NewHorizons – The Pseudoscience Flows


Sigh. We knew this would happen. But I’m always intrigued as to what form it will really take. I’ve been monitoring some sites, some people, and here’s some that I’ve found so far. Two mainly.

Pluto was ejected from Earth during the Great Flood

Ol’ Terry Hurlbut, one of the premier editors/contributors to Conservapedia, is a young-Earth creationist. He has an Examiner.com site and his own ConservativeNewsAndViews.com site which duplicates said Examiner content and has contributions from other, like-minded über-right-wingers and young-Earth creationists. His contribution is fairly straight-forward: Pluto formed recently – but not as recently as Earth – during Noah’s Flood. Why?

Well: Pluto is red. Rusty red. Therefore it has rust. Therefore it must have iron that was in an oxygen-rich environment. Therefore it came from Earth. QED

Richard Hoagland

Richard is a moving target these days. There’s a lot of drama – the basics of which have to do with the feud between Art Bell and the program he founded but its current incarnation, Coast to Coast AM. Steve Warner, host of the “Dark City” internet radio program (also on Art Bell’s network), got a two-hour interview with Richard late last week and it went up just two days ago.

Richard himself will have (or depending on when you read this, has had) a 6 5 hour special from 3-9 2-7AM PDT on Tuesday morning, July 14, the morning of the flyby. He offered a preview on the “Dark City” interview, and I jotted down a few notes:

1. The Pluto system is young or artificial: Because no rings or tiny moons have yet been found, as was predicted (and therefore “MUST” be found IF the system is natural), then the bodies are either made of material that does not produce rings or tiny moons (ergo artificial) OR it’s incredibly young (ergo artificial).

2. Richard thinks it was created by a Type II civilization (can harness the energy of a solar system) that died 65 million years ago and so isn’t enough time to accumulate rings / tiny moons. It has archives/libraries where our “true” history is stored, and it didn’t suffer from the exploding planet that created the asteroid belt at that time which is also why neither Pluto nor Charon should have many craters.

3. He expects the “regular, geometric patterns” that are evidence of this civilization to be prominent. He also thinks the cantaloupe terrain on Triton is buildings buried by methane ice that NASA released but just never mentioned, and he expects to see more of it on Pluto.

4. “We’ve already found some staggering, repeating, right-angle geometry that has no business being there, and yet no one has commented about it because they don’t know what to say!”

5. The “weird computer outage” was a warning to NASA to not show what’s really there … from “somebody.” Either Alan Stern (the mission PI) will go along with it, or he’ll show what’s really there. Because of the IAU controversy, Richard is betting on Alan’s integrity to show “us” what’s really there. (Note: Richard says this about every PI or non-US country for every space mission. If Richard can pull the noise out of the images the way he wants to find “regular geometry,” Alan has integrity and Richard wins. If Richard can’t pull it out, Alan was threatened and Richard wins.)

6. The IAU vote was done to increase public engagement (through controversy / soap opera) of Pluto so that Alan can do the big reveal that it has alien archives on it in a few days.

To Be Continued?

I’m incredibly busy these days, so I’m not sure if I’ll have time to post more of these. But, I wanted to let you know what I’ve found so far that’s the most “coherent.”

March 5, 2015

Martian Ocean News: “Who Said it First?,” Press Releases, and Correct by Association


It’s a press office’s and officer’s job to make what they are writing about sound interesting, exciting, and get you to read it. That’s fairly undisputed. And, most press officers are not experts in the fields that they write press releases for. And, most of the people they talk to will tell them something, and the press officer will try to come up with an interesting angle that they think helps generate interest, often not realizing that they are changing the story.

One class of examples is when they spin something in such a way as to make it seem as though this is completely new, revolutionary, and never been done before. Even if it has. Many times. Over and over.

I speak, of course, of the news today from press release #15-032 that “NASA Research Suggests Mars Once Had More Water than Earth’s Arctic Ocean.”


I wrote about this phenomenon two years ago in the post, “How Astronomers Are, According to Popular Press, Constantly Discovering the Same Thing.”

I should have rephrased that title to indicate that it’s not just according to the popular press, but according to NASA’s own press releases.

And, that’s an issue, even forgetting all the pseudoscience and even implications for normal people: It minimizes the many scientists’ work before this that found the exact same thing.

Mars Ocean

Now, I don’t want to minimize the latest work. It found the same thing, but it was by a completely different method. Previous work looked at mineralogy of rocks, other work looked at morphology (the way things look) of geologic features, others looked at simple elevation and roughness, and others (such as my former thesis advisor, four years ago) looked at the elevation of deltas and showed they were very similar, all implying an ancient ocean.

The work announced earlier today instead looked at the chemistry of the atmosphere and based on the ratios of heavy water (extra neutron in one of the hydrogen atoms) to normal water, they determined that a whole lotta water had been lost to space because the heavier water stays behind, and Martian ices today are HUGELY enriched relative to other sources in the solar system.

But, as someone pointed out to me moments after posting this, even the heavy water result is not new and unique, it’s been done before, as shown in this paper from 1988.

It’s really nice when completely independent ways of looking at things converge on very similar conclusions. That bolsters the strength of all of them and makes it more likely that that conclusion is the correct model.

Being First, Again

But then there’s the general population problem. Even completely non-astronomy friends of mine (argument from anecdote, perhaps) are starting to ask me, “Haven’t we already discovered this?” and they’re asking me how the latest work is new … again.

But beyond that, there’s the pseudoscience aspect, the people who come out of the woodwork to claim that they “did it first” and therefore they should receive the credit, and because they “thought of it first,” before it was officially announced (again) by this latest press release, their other work is real. (Hence the “argument by association” fallacy in the title of this blog post.)

Let’s look at an example, in case you don’t believe me. About the ocean on Mars. Back when I was in grad school, I had to give a talk for a class on the evolution of Mars’ hydrosphere — a literature review, really. That was Spring of 2006. My main source of information was a paper published in the planetary science journal Icarus by S.M. Clifford and T.J. Parker entitled, “The Evolution of the Martian Hydrosphere: Implications for the Fate of a Primordial Ocean and the Current State of the Northern Plains.” My second source of information was a paper published in the other main planetary science journal, the Journal of Geophysical Research: Planets by M.H. Carr and J.W. Head, entitled, “Oceans on Mars: An Assessment of the Observational Evidence and Possible Fate.”

The copyright dates for these two papers were 2001 and 2003.

Just skimming through the references, there’s a paper from 1991 entitled, “Ancient Oceans, Ice Sheets, and the Hydrologic Cycle on Mars.” Another from 1998 testing the possibility of shorelines from topography data. Several by Michael Carr hypothesizing about Mars having been water-rich from the 1980s and many by Scott Clifford from the 1990s about the same thing. Most really specifically testing newer hypotheses about massive oceans are from the late 1990s when we first got topography information (meaning you could start to tell if features you thought were ocean shorelines were at the same elevation).

So, the scientific community was finding good evidence for oceans on Mars at least in the late 1990s, and pretty good circumstantial evidence in the 1980s. Massive floods in the 1970s. And evidence for lots of flowing water in the past pretty much since the first images came back in the 1960s. That’s a fact based on the literature review.

That fact is ignored (doing a literature review would require actual work) by people who want to say that they predicted the ocean, but they predicted it based on Mars being the moon of a now-exploded planet that is the asteroid belt. I speak, of course, of Mike Bara, who on his blog wrote a post this eve entitled, “NASA ‘Discovers’ Martian Ocean that Hoagland and Bara Predicted 14 Years Ago.”

Perhaps you understand now where I’m going with this.

Mr. Hoagland and Bara wrote a document in 2001 wherein they claimed Mars had oceans near the equator, that large volcanic complexes are remnant tidal bulges from when Mars was tidally locked with Planet V, and that the northern plains smooth because that’s where the water went after Planet V blew up.

To quote from Mike’s blog:

The fact is that this ocean was actually discovered and predicted by myself and Richard Hoagland over 14 years ago in our Mars Tidal Model paper published on http://www.enterprisemission.com.

While I’m gratified that NASA has finally admitted that Hoagland and me were correct all those years ago, I wish they’d get the details right. […] All of this is covered in our Mars Tidal Model paper that we published online in 2001 after it was rejected by scientific journals because there was “no scientific evidence” to support our ideas.

Hmm. We seem to have overcome that problem, haven’t we NASA…?

The conclusion you are supposed to draw is pretty clear, and Mike’s Facebook followers consider him vindicated.

The “only” problems are that Hoagland and Bara were not the first (as I demonstrated above), and none of the scientific research at all places the possible ancient global ocean anywhere that Hoagland or Bara want it until after Planet V would have exploded. That’s ignoring all the timing problems and everything else that’s pseudoscientific about the paper (that’s beyond the scope of this blog post).

But, because NASA has now “admitted” that Mars likely had a large ocean at some point in its past, you should infer that Mike Bara and Richard Hoagland were right. Uh huh …

Final Thoughts

The above is just one example of a pseudoscientician (I’m all for neologisms) uses this kind of “discovered for the first time! (again)” press release to advance their claims. There are other examples, as well, such as those who claim to have predicted or “stated as fact” these kinds of things many years ago through various divining methods — be it psychic gifts, talking to transcendent beings, or just good ol’-fashioned aliens — but I think my point is made.

This kind of press release does a disservice to the scientists who produced this result before, to the public who wonders why their tax money is spent finding the same thing again, and to pseudoscientists who use it to advance their own claims via association.

And that’s my opinion … until I discover something amazing for the first time, again, and want my own press release.

November 3, 2014

Podcast Episode 119: The Norway Spiral

The Norway Spiral
Is now a catch-all for lots
Of diff’rent ideas.

The long-expected but -delayed Norway Spiral episode is out. It has a little bit for everyone, nearly 5 minutes of Richard Hoagland, and I leave you to make up your own mind in the end.

March 22, 2014

Podcast Episode 104: Pyramids on Mars

Pyramids on Mars
Could be made by aliens
Or, just by nature.

I’ve wanted to do an episode on the pyramids on Mars for quite awhile, so, here ’tis. It’s also good to get this researched and put out because it will be a chapter in an eBook I’m working on (yet another project that hopefully will have a better ending than many of my others). So, if you have any suggestions for it, please let me know so that I can incorporate changes in this episode into the eBook chapter.

With that in mind, this is a very straight-forward episode with of course the obligatory C2C clips. It’s also brought to you by:

  • Fallacy of the Single Cause
  • Argument from Authority
  • Argument from Ignorance
  • Proving a Negative

All that said, I will be interviewed on the “Reality Remix” internet radio on Wednesday, Marcy 26, at 11:00PM EDT (March 27, 3AM UTC) … sorry for the late notice. I will try to record it and if I’m able and allowed, I will post a copy when it’s all said and done. To listen live, go to their website!

January 25, 2014

Episode 99: The Saga of the Lunar Ziggurat

Lunar ziggurat
Keeps on giving and giving …
Is there end in sight?

Sorry this one took so very, very long to get out. Jet lag is not fun. I gave two talks while I was in Australia, and both were versions of this, “The Saga of the Lunar Ziggurat.” The audio this time is from a recording at the Launceston Skeptics in the Pub event and a group about two weeks later in Melbourne. It was “live” and hence of variable quality, including street noise. But, the quality isn’t bad.

October 5, 2013

Podcast Episode 88: Is Phobos Hollow?

Mars’ odd moon Phobos:
Is it hollow? Is it not?
Hoagland thinks he knows.

It’s a bit late (but back-dated), but as I ‘splained, I was co-leading a field trip to Yellowstone National Park. And then the government shut down. This episode is near the classic style with a basic dissection of the claim and the claimed evidence for Phobos being hollow.

The episode also has Q&A and feedback. The next episode has already been recorded and is an interview with Robin Canup about lunar formation models (she even has her own Wikipedia page!!!)

The episode after that is slated to be about the claim that alleged UFO-contactee Billy Meier knew about Jupiter’s rings before scientists did. I expect the comments on that post might fill up, but I’ll note now that NONE will be allowed through on this post unless someone has a suggestion for a puzzler on it.

August 1, 2013

Podcast Episode 82: How to Design a Hyperdimensional Physics Experiment

Hyper-D physics
Could be tested with a watch.
So, is Hoagland right?

This is a longer episode, over 40 minutes long. Hopefully I didn’t drone too much. The episode is based on a blog post from last May, going through how one could design an experiment IF you assume EVERY SINGLE BIT of what Richard Hoagland says is true about hyperdimensional physics is true. It’s meticulous. Which is why it’s long. And I show why, quite literally, Richard’s data as they are currently presented are meaningless.

And now, seriously, the next episode will be about claims made by David Sereda on the structure of … stuff. He wasn’t this episode because I had about 40 hrs of Coast to Coast audio to listen to, and I have about 16 hrs left. So, yeah, next time.

BTW, link to the new blog is: WND Watch.

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