Exposing PseudoAstronomy

January 17, 2015

Podcast Episode 124: The Astronomical Distance Ladder


Measuring distance
In the Universe: A fun
Science episode!

An episode over two years in the making: The Astronomical Distance Ladder!!!!! (insert many cheers) In all seriousness, I have wanted to do this episode since autumn (August-ish) 2012, but I haven’t been able to find a good hook. Convicted and jailed felon, Kent Hovind, provided that for me on January 6, 1998, in a Coast to Coast AM episode I got my hands on. And so we have this episode. It is long. Those of you who like longer episodes, this is nearly an hour long. It did not intend it to be this long, but, well, that’s what happens when I get excited about a topic that’s not incredibly straight-forward.

I also guessed off the top of my head that an object with a redshift value of z = 1.4 would be about 10 billion light-years away. According to Wolfram Alpha, it’s 9.1 billion l-y lookback time, so take THAT, Prof. Morrison! (It’s been literally a decade since I thought about what z equals what distance, so I’m pretty impressed that I got that pretty close.)

I do want to apologize about the sound quality in this one and the variable volume levels (I tried to even them out in post-processing). I was recording during sustained 20mph winds with gusts over 50mph. So, I had a lot of background noise I was dealing with that varied in intensity.

This episode has three additional segments: New News related to a precision measurement of Saturn’s position, a new Logical Fallacies segment, and Feedback (one clarification, one negative and my response).

For the new Logical Fallacies segment, I’ll say what I said in the episode: “I’m open to feedback including overwhelming negative feedback on whether this was at all useful or is worth keeping in some modified way, and also if I’ve made any mistakes.” The fallacies discussed in detail for the episode are Argument from (Personal) Incredulity and Appeal to Ridicule. I got into how both of these are classes of Red Herring fallacies and the former is a sub-type of Red Herring, the Genetic. I also pointed out that additional fallacies in Mr. Hovind’s argument were the False Precision Fallacy, Appeal Against Authority, and False Analogy.

Edited to Add (January 21, 2015): The Raw Story has an article up today explaining a bit more about Kent Hovind, and that he is trying to testify before Congress (though he’s still in federal prison) about the IRS being a bunch of meanies.

January 8, 2015

A Follow-Up on the Boyd Bushman Alien Video Claims: The Debunkings Are Part of the Conspiracy


I’m doing these out of order, so my fifth post for the JREF’s Swift blog, which went up on December 31, 2014, was a follow-up to the Boyd Bushman affair. Before I recite the post below, I’d like to point out that when Sharon on Doubtful News posted this to her blog (since she’s the editor of Swift), it became the most-viewed Doubtful News post of the year. Not bad!

Ahem …

My first post for the JREF Swift blog dealt with the apparent deathbed confessions of Boyd Bushman, in which the alleged senior scientist for Lockheed Martin made vast claims about flying saucers, aliens, and other related topics. That post focused on why I find deathbed confessions, in general, to be unconvincing.

The Bushman story got a lot of press in the weeks that followed, and it was trumpeted on many websites and blogs as well as radio shows. One of them was an interview of David Sereda, conducted by George Noory on November 2, 2014, on the late-night paranormal radio program Coast to Coast AM (C2C).

C2C currently describes Mr. Sereda on their website as a “scientist, filmmaker, and spiritual explorer.” Mr. Sereda could best be categorized as a “new age” person, and if you are interested in some of his claims, I invite you to look towards the two episodes of my podcast that I devoted to his ideas (part 1, part 2). Suffice to say, he makes a lot of paranormal claims, but his evidence for them is severely lacking. Perhaps it’s because he claims that people – including himself – only use 5% of their brain.

Subtle digs and background information aside, Mr. Sereda had a different take on the Bushman story. Mr. Sereda claimed to have met Bushman many times and that he interviewed him in 2007 for a documentary (that Mr. Sereda has yet to release).

Besides background information into the scientist (which goes against some claims that the Boyd Bushman shown in the “confessions” was not the “real” Bushman who worked at Lockheed Martin), Mr. Sereda had a different take on the claimed photos of the aliens that Bushman presented. Specifically in the recordings, Bushman showed photographs that he claimed were of aliens. The internet quickly erupted with photos of identical “aliens;” too bad they were plastic dolls.

And so, that claim at least appeared to be debunked. And, if he’s showing photos of plastic dolls and claiming they are real, it does cast a bad light on the rest of Bushman’s claims. (Even though we should, if we were to be 100% fair, evaluate each individual claim in isolation.)

But, Mr. Sereda had an answer to this: The dolls were made by disinformation people. To quote from the C2C description of the evening’s show:

“Bushman alleged he had true photographs of the preserved alien from Roswell, and Sereda concluded there was possibly some authenticity to his claims, as the face in the Bushman photo contained unique irregularities, while the knock-off dolls, sold at places like K-mart, could have been part of a smear or disinformation campaign to discredit the actual photo. Further, Sereda suggested that the alien body was likely preserved with chemicals and plastics, creating the effect of the darkened eyes and rings around them, as fluid was lost from the body.”

That’s right. Way back in the day after the aliens were brought to Area 51 (or, actually, the real Area 51 in Write Patterson Air Force Base in Ohio), the Men in Black anticipated that someone would leak photos of the aliens. That over the next several decades, a vast “disclosure” network would grow and find these photos and present them as evidence of aliens landing. But, to counteract that effort by the not-yet-created disclosure movement, the Men in Black decided that the best way to confuse the issue would be to create dolls of the real aliens. And, they chose plastic not because it was cheap, but because the preservation method used at the time on the aliens rendered a plastic-like appearance (or maybe it was a happy coincidence). That way, when the real alien photos were leaked, the silly debunkers would point to the dolls and say that the real alien photos are just photos of dolls. (cue evil laughter)

I kid you not.

Thus goes the conspiracy mindset, and it’s something that I think I first heard from Dr. Steve Novella: Once you get deep enough and invested enough in the conspiracy, nothing can persuade you that you are wrong. All evidence for the conspiracy is of course evidence for the conspiracy. But, all evidence against the conspiracy was planted by disinformation agents, and therefore it, too, is evidence for the conspiracy.

January 1, 2015

Podcast Episode 123: The Science and Pseudoscience of Communicating with Aliens with @KarenStollznow


Karen Stollznow talks
‘Bout the issues of ET
Communication.

I wanted to start the New Year off on a lighter and different kind of topic, so I interviewed linguist, Dr. Karen Stollznow, about alien communication. This was based a bit on her TAM 2014 talk, and we got into a lot of issues not only with how communication is portrayed in popular media, but how communication is problematic amongst people on our own planet, different language groups on our own planet, and different species on our own planet. We then discussed – within that context – some people who claim they are in contact with aliens and how linguistic analysis shows the claimed languages to be poorly constructed variations on what they already know.

This interview was only meant to be a half hour long, but even after editing, it is just under an hour. That editing included removing a headset issue and two phone calls from my mother (family emergency). I tried to find a possible natural break to get it to two 30-minute episodes, but I found none: the conversation flowed very well, I thought.

There are no other segments in this episode because it is just over an hour long. The next episode should be about black hole denial.

December 30, 2014

My First Infographic: What Have Our Planetary Space Probes Photographed Since 1970?



Introduction

This has been over two months in the making: I’m finally releasing my first infographic. It’s entitled, “Planets and Major Moons: Distribution of Non-Lander Spacecraft Photos Since 1970.” (Suitable for printing on A-size paper with a bit of top and bottom margin to spare.) The purpose is to show the number of images taken by different space probes of the planets (and major satellites), the percentage of the total images that were for each body, and for each body, the percentage taken by each different spacecraft.

PDF Version of Spacecraft Imagery Infographic (3.5 MB)
PNG Version of Spacecraft Imagery Infographic (4.7 MB)

Number of Images of Planets Taken by Spacecraft Infographic

Number of Images of Planets Taken by Spacecraft Infographic

Development Process

I’ve been wanting to create infographics for awhile. Really good ones are few and far between, especially for astronomy, but the good ones are often amazing works of art. I don’t pretend that this is an amazing work of art, but hopefully it’s not ugly.

To me, the key is to have a lot of information crammed into a small space in an easy-to-understand way that you don’t have to be an expert to interpret. In my work, I deal a lot with multi-dimensional datasets and so already I have to come up with ways of displaying a lot of information in as few figures as possible and yet still make them readable.

The Idea

An idea that I came up with is based on the claim that “NASA hides all its pictures!” (This is often, hypocritically, almost immediately followed up with NASA spacecraft imagery showing claimed UFOs and other pseudoscientific claims.)

And so, I wanted to investigate this: How many images really have been taken and are available publicly, for free, on the internet? After several days of research, I had the results, and I assembled them into the above infographic.

The Numbers

I was surprised by some of the numbers and I was not surprised by others. One thing that did not surprise me was that the outer planets have very few photographs (relatively speaking) of them, while most imagery has focused on Mars and the Moon (fully 86%).

But, I was not prepared for how very few photographs were taken by our early probes to the outer solar system. Pioneers 10 and 11 were the first craft to venture out, and yet, because of the (now) archaic method of imaging and slow bandwidth, they collectively took a mere 72 images of both Jupiter and Saturn. Compare that with the ongoing Lunar Reconnaissance Orbiter around the moon, which has publicly released over 1.1 million images.

You can also see the marked effect of the Galileo high-gain antenna failure: Only 7.4% of the photos we have of Jupiter were taken by Galileo, despite it being an orbiter in the 1990s. Compare that with the Cassini orbiter of Saturn, which has returned nearly 50 times as many images, despite no dramatic change in technology between the two craft. This means that only 0.4% of our images of planets and moons are of Jupiter, while 1.9% are of Saturn.

You can also see the marked success of modern spacecraft and the huge volumes of images that (I repeat) are publicly available. The pie slices in the infographic are color-coded by approximate spacecraft operation era. Well over 90% of all images were taken after 1995, and the current suite of the latest NASA spacecraft (MESSENGER around Mercury, Lunar Reconnaissance Orbiter around the Moon, and Mars Reconnaissance Orbiter around Mars) account for a sizable fraction of the returned data for that body — especially MESSENGER, which accounts for 98.1% of all Mercury images.

What was I most surprised by? The Clementine mission to the moon. It returned and has publicly archived just shy of 1.5 million images of the lunar surface. I expected the Lunar Reconnaissance Orbiter to have surpassed that. And, it still may, as it continues to operate and return data. We shall see.

Why the Conspiracy Theorists Are Wrong

As I said, one of the primary reasons I made this was to investigate the claim by conspiracy theorists that these space agencies hide photographs. The blame rests almost entirely on NASA by most conspiracists’ accounts. This infographic proves them wrong in two significant ways.

First, at least for the Moon, Mars, and Venus, sizable numbers of images have been taken by and publicly released by non-NASA sources. I specifically have data from the European Space Agency (SMART-1, Venus Express, and Mars Express), and Japanese Space Agency (SELENE / Kaguya). While both the Indian and Chinese space agencies have also sent spacecraft to the moon and Mars (Mars for the Indians with the recently-in-orbit “MOM” craft), and Russia has sent craft to Venus, Moon, and Mars, I could not find the public repositories – if they exist – for these missions. Therefore, I could not include them. But, a lack of those two does not affect the overall point, that non-NASA agencies have released photos of these bodies.

Second, as I’ve repeated throughout this post, these are the publicly released images. Not private. Public. To public archives. In the bottom-left corner, I have the sources for all of these numbers. (Please note that they were compiled in late October and may have increased a bit for ongoing missions — I’ll update periodically, as necessary.)

The total number of lunar images? About 3 million.

Mars? Around 1.6 million. Venus? Over 350,000. Mercury? Over 210,000.

It’s hard to claim that NASA hides lots of images when these numbers are staring you in the face.

What Conspiracists Could Still Claim

I think the only “out” at this point, given this information (and if they acknowledge this information), is for conspiracists to claim that NASA and other space agencies simply obfuscate the “interesting” stuff. I suppose that’s possible, though they’d need armies of people to do it on the millions of returned images. And they apparently do a pretty bad job considering all the images that conspiracists post, claiming that features within them are of alien-origin.

It’s amazing how the “powers that be” are so powerful, and yet so sloppy. Apparently.

What This Infographic Does Not Show

I had to decide to clip a lot of information. We’ve imaged a lot of asteroids and a lot of comets. Those are out. We have had landers on the three closest bodies (Moon, Mars, Venus). Those images were not included.

Also, I focused on visible-light images, mostly. There are some instruments that take more UV images, or far-IR images, or various other wavelengths, but this infographic focused on the visible or near-visible light camera data.

Pretty much the only exception to this is for the Magellan mission at Venus, which took radar swaths of the planet to “image” the surface. I included this because, in early test audiences, I did not have Venus at all, and they requested it. Then, I did not include Magellan, but the test audiences wondered what happened to it. Describing why that data was not present made things wordy and more cluttered, so I, in the end, simply included it and put a footnote explaining the Magellan data.

This also fails to show the volume of data as measured by or approximated by (for the older craft) pixel count. If I were doing this by amount of pixels returned, the Moon and Mars would be far larger in comparison, and the Lunar Reconnaissance Orbiter and Mars Reconnaissance Orbiter would be much larger fractions of their respective bodies.

Final Thoughts

I’m releasing this under the Creative Commons license with attribution required, non-commercial distribution, and no derivative works (please see the CC stamp at the bottom of the infographic). This is so that I can at least have some semblance of version control (see release date at lower right).

I hope you find it useful and interesting. And at least somewhat purdy. If you like it, share it.

December 16, 2014

Podcast Episode 122: Comet 67P/Churyumov-Gerasimenko and Rosetta Conspiracies


Conspiracies of
Comet 67P …
Few, but they are weird.

A timely and listener-requested episode! What’s not to love!? In the episode I talk about several of the conspiracies I’ve seen surrounding the Rosetta mission and Comet 67P. From artificiality (Hoagland makes a guest appearance) to singing so as to raise our consciousness to angelic levels when 2012 failed, I spend nearly a half hour going through 2 to 4 claims (depending on how you count them) that have been making the rounds. I also get to touch on image analysis.

There is also one New News segment this episode, and it refers to the death of the Venus Express mission around (oddly enough) Venus. The news relates to the episodes on uncertainty. Not sure what the connection is? Listen to the episode! The episode also comes in at just over 30 minutes, my target length.

December 5, 2014

How to Not Understand Science and Use that to Say Science Is Wrong


Introduction

Given the large amount of work I spent on my two-part 1.75-hr podcast episodes on James McCanney’s “science,” I thought it appropriate to get a Swift blog post out of the effort. This post was geared more towards a general audience and so I used one of McCanney’s quotes to discuss a common problem that we face as scientists, we face as science communicators, and we face as skeptics (where “we” is a different group in those three instances, and I consider myself a member of each).

This is reproduced from what I originally sent the editor on the JREF Swift blog.

Swift Blog Post #3

As a scientist and attempted science communicator (and skeptic in my copious free time), one of the difficulties I face is that science is not other-people-friendly. In fact, most of us work on tasks so specific that we often face difficulties explaining what we do to colleagues, much less people who are not scientists, so it’s rarely even other-scientists-slightly-outside-our-field-friendly.

Since I also play a skeptic on the internet, I have the added issue that terms, phrases, and analogies I may try to use to explain a concept could very easily be misconstrued by a pseudoscientist to support their pet idea. For example, if I talk about an “image anomaly,” to other scientists, this means something like a spot of dust on the lens (usually appears as a darker doughnut shape on the image) or a cosmic ray that makes a bright spot or streak. To a pseudoscientist, it could mean an apartment complex on Mars or an alien space ship near the sun.

This especially becomes an issue when people use those misconceptions to turn around and say that some well established model in science is wrong, and spread those views.

For example, I recently completed a two-part podcast series (episode part 1, part 2) on the ideas and misconceptions of “Professor” James McCanney (I place “Professor” in quotes because he is introduced as such, but he has not taught for over 30 years after he was fired from two teaching jobs, and he does not have a doctorate). Mr. McCanney has many misconceptions about the universe, but one that struck me was this, stated on the Coast to Coast AM radio program on 30 August, 2007:

“When astronomers take their picture of the universe, and they start looking back, and they say, uh– ‘We’re looking back in time,’ and now scientists say they’ve seen objects that are only 500 million years after the Big Bang. But the only problem is they’re in all directions, when we look out in all directions. So if you actually were seeing objects that were only 500 million years after the Big Bang, they would have to be consolidating in some location in the sky near where the original Big Bang had to be. But that’s not the case, they’re all over the sky.”

This was one of his primary stated reasons for saying the Big Bang was wrong, doesn’t make sense, and observations do not support it.

The problem is that this is a gross misunderstanding of the science, and because of that misunderstanding, he concludes that the science is wrong. This example is, in part, a manifestation of an issue we scientists face: Trying to explain a geometrically and spatially complicated idea that goes against your every-day experience.

The analogy in common culture for the Big Bang is that it’s an explosion. In our every-day experience, explosions happen at a specific place. Therefore, if the Big Bang was an explosion, shouldn’t it have happened in a certain place? Ergo, shouldn’t what Mr. McCanney said – that we should see stuff only get younger towards the original spot of that explosion – be correct? And if the evidence doesn’t show that, doesn’t it mean the Big Bang is wrong?

Herein lies the problem with your every-day experience: The Big Bang model holds that the universe did not “start somewhere,” but rather it “started the somewhere.” You cannot have the event that created the universe – all of space and time as we know it – happen within the universe itself. It’s like saying that you, yourself, started in your big toe, or your ear, and grew out from that. But you didn’t: Your entire physical self started with your entire physical self (a single cell) – you cannot point to a specific part of yourself where you started.

The same is the case with the universe. The reason why there is no center of the universe, or no specific spot where we can look towards where the Big Bang occurred, is that it was an explosion of space, not in space.

Another common analogy that’s used is to think of a balloon. The surface of that balloon is a 2D representation of the 3D universe. That 2D representation is warped in 3D, just as our 3D universe is likely warped in 4D or higher spatial dimensions. If you think of a squished, completely deflated balloon, you could say that it’s just a tiny speck and that surface (our universe) doesn’t yet exist. Now, blow air into the balloon, and the surface exists and expands. If you were on that surface and you looked in any direction, you would see the surface. If light travelled really slowly, then you would see that surface as it appeared further back in time.

And that’s what we see when we look out into the universe: As we look farther and farther away, we look further and further back in time, and we see a much younger universe. In all directions. Including the cosmic microwave background radiation, which if what the universe “looked like” just about 380,000 years after the Big Bang.

This observation is what one should and would predict if the Big Bang is the correct model for the initial stages of the universe’s existence.

To bring this full-circle, this kind of observation – the very one Mr. McCanney says contradicts the Big Bang and that’s one reason why he doesn’t believe it – is actually an observation that supports the Big Bang.

But, trying to grasp why this is what you should predict from the Big Bang model is not easy. It goes against what you normally think of when you think “explosion.” Or of really anything happening in the universe, which, by definition, is everything we’ve ever observed or experienced. It is a common misunderstanding, but it’s one that comes from an attempt to simplify the science in a way to easily explain it to non-scientists.

That’s why, as skeptics, we always need to be aware of simplifications and analogies used by science communicators: While it may be done with the best of intentions to try to convey a complex concept, it can introduce further misunderstandings. And, given the right person (or wrong person, depending on your point of view), that misunderstanding can be used to promote pseudoscience.

December 1, 2014

Podcast Episode 121: James McCanney’s Views on Other Stuff in the Universe, Part 2


Some random claims based on
Electric Universe thinking
By James McCanney.

The long-awaited sequel to the critically-acclaimed (ha!) first part on James McCanney’s ideas about stuff. As I said last time, I’ve wanted to talk about James McCanney’s ideas ever since I heard him on Coast to Coast AM, and doing so isn’t hard — he’s been on the show dozens of times over the last two decades. I’ve heard him talk about a lot of things, but I mostly remembered him sounding like a broken record talking about how comets “discharge the solar capacitor.” This episode gets at many of his other ideas, though there are still many others and I reserve the right to do a Part 3 in the future.

Because this episode runs nearly 55 minutes, the only additional segment is two New News items (one sent in by Graham and the other by Callum (@ApproxPurified). Also, I plan on the next episode to be about conspiracies surrounding the Rosetta mission and its now host comet, so if you happen to see something relevant, please let me know before December 12, 2014.

P.S. My internet connection is being flaky — please let me know if you have issues downloading this episode or getting it to show up in iTunes or another RSS reader.

November 28, 2014

The Decline of Time Magazine: From A to Z (Astrology to Zen)


Introduction

When I took AP English History in 1999-2000, we were required to have a subscription to either Newsweek or Time Magazine.

When I worked in the public library during most of high school, I admired the large, full-page covers of Time and I considered it to be one of the premier news magazines of the, well, time. There are even books of its covers and what they represent of America’s and the world’s history.

After I graduated high school and began to read news on a regular basis, Time and CNN were my primary news sources.

But, the Age of the Internet and shifts in emphasis have, in my opinion, led to a significant decline in Time. From its shift of investigative journalism to columnist opinions, and from lengthy reports to quick, ~5-paragraph summaries, it’s a change, and not for the better.

But worst of all, this kind of change allows for more credulous and – dare I say – pseudoscience reporting to masquerade as “news” under the still generally well-respective umbrella that is Time. Phil Plait beat me back in early October when he posted about Laura Stampler writing columns on astrology, but the latest is Charlotte Alter writing a completely credulous column that parrots Deepak Chopra.

Laura Stampler Parrots AstrologyZone’s Susan Miller

Two days in a row, on October 7 and 8, 2014, Time‘s Laura Stampler wrote two “interviews” she did with AstrologyZone’s Susan Miller. I place the word “interview” in quotes because it was the level of hard journalism that one might expect from talking to the television: Miller said what she wanted to say about astrology, and Stampler wrote it down.

For example, here are paragraphs 2 through 7 of the first piece on Astrologer Susan Miller On Why You Should Pay Attention to the Lunar Eclipse”:

“It’s called a blood moon, but I don’t want people to be agitated by that,” popular astrologer Susan Miller tells TIME. And while the April 15 lunar eclipse signaled a time of conflict and even tragedy — Miller notes that was the day day Boko Haram kidnapped 276 schoolgirls in Nigeria and the day before a South Korean ferry capsized leaving 300 dead and missing — “this one is much more gentle.”

In fact, Miller says the change that the Oct. 8 lunar eclipse brings, although shocking at first, will even be good, at least according to the stars. To understand why, we asked her all the questions you’d want to ask a famous astrologer.

“This eclipse is a full moon so something is coming from to an ending or culmination,” she explains.

“Eclipses are non-negotiable,” Miller says. “They end something and they brings something else. But it really needed to end… There’s a shock factor first, and then a solution that turns out to be so good that you realize, wait a minute, this is a blessing.

Miller recalls when she had a houseguest who “spent the whole year crying on my couch,” coincidentally over the course of a series of five eclipses. On the first eclipse, her husband asked for a divorce. On the second, he told her that he wanted to sell the house. Come the third the house was sold, fourth the property was split, and on the final eclipse the divorce was finalized.

The second piece, the next day, wasn’t much better. Well, really was somewhat worse. The title was, “Why the Most Famous Astrologer in the Universe Says You Shouldn’t Buy an iPhone Right Now.” Here are just two paragraphs as a sampler:

“I’m such an Apple addict, I love everything they come out with, but it’s not the right time,” Miller, founder of Astrology Zone, tells TIME. “I know that everybody wants to buy the iPhone 6, but you’ve got to wait.”

Why? Mercury is in retrograde between October 4 and 25 — and that period of cosmic slowing, when the planet appears to be traveling backwards, is notorious for misunderstandings and technological failings. “It’s not a good time to buy an electronic item,” Miller says. “Sometimes you can make the wrong decision or you buy something and you never use it and you say to yourself, ‘Gosh, that was a bad purchase.’ You bought the wrong model or then it goes on sale the following week, or something happens… [iPhones are] going to continue to have little software bugs.”

Readers of my blog should know by this point that astrology carries zero weight with me or with any other scientist. It is magical thinking, confirmation bias, and vaguely worded nonsense that can apply to most people who hear it. It also uses science-babble (akin to techno-babble on something like Star Trek where they use sciencey-sounding terms and phrases in various combinations and contexts that render them meaningless).

Having a major news source have any author posting about it in this kind of credulous “reporting” is worrying, among other adverbs.

Charlotte Alter Parrots Deepak Chopra

I haven’t really talked about Deepak Chopra on this blog before. That’s mostly because Chopra is primarily in the New Age “field” and tries to talk about medicine. And the nebulous concept of “consciousness.” His only real foray into astronomy or physics is to be a worse abuser of terms and concepts than astrologers, especially of anything “quantum.” I honestly simply haven’t considered him worth addressing on this blog.

However, in the context of bad media reporting, after Laura’s horrible pieces on astrology, I was watching for other examples, and this morning at the airport while looking through my RSS feed, I saw this headline: “Deepak Chopra on Why Gratitude Is Good for You.”

Sigh. (Yes, I literally sighed when I saw the headline.)

The “article” is by Charlotte Alter. It consists of six paragraphs. One of them is a sentence fragment introduction. The fifth is a paragraph that appears to be from one of Chopra’s books. In other words, this one isn’t even an “interview” with him, rather this is Charlotte reporting on what Chopra has written in the past about gratitude and why it’s “good for you.”

In her third paragraph, she wrote: “Chopra, who most recently wrote The Future of God: A Practical Approach to Spirituality for Our Times, says expressing gratitude on Thanksgiving isn’t just tradition — it’s also good for the body and spirit. And in a month when many Americans may be feeling worried or disappointed (about everything from the severe weather, to the unrest in Ferguson and the disturbing allegations against Bill Cosby), an effort to be more grateful can help get rid of those “toxic” feelings, if just for one night. “Anger and hostility can be inflammatory not only in your mind but in your body,” he said. “Gratitude is healing. It expands your awareness and shifts your focus from something that’s actually hurting you to something that is healing.””

This is why there are websites that randomly generate “Chopraisms,” combining random words into phrases that sound a lot like what Chopra sells.

Alter concludes with these three paragraphs:

But it’s not enough to just gorge yourself on sweet potatoes and bicker over the drumstick– you have to actually deliberately practice gratitude in order to reap the spiritual benefits.

“You can do a simple meditation where you quiet your mind, put your attention in your hear and just ask yourself ‘what am i grateful for?’ If you just ask the question in your own stillness, things will come up…You don’t have to go looking for the answer, you just have to ask the question and then allow any sensation, image, feeling or thought to come to you…People who practice this kind of ritual, they have a boost in their immune functioning, a shift in their hormones, it’s pretty interesting what happens even at the level of cell markers of information…This kind of thing actually has very powerful biological consequences.”

So stop stressing about how much pie you’re eating and focus instead on what’s good in your life. It’s healthy.

I’m not sure if the poor grammar is in the original Chopra writing or if Charlotte did some bad copying. I’m also not sure how you would “put your attention in your hear.” But I guess I’m just a mean skeptical scientist.

Decline of the News Industry

I don’t know if Ms. Alter is a good reporter or a stay-at-home occasional freelance writer who submits random blog posts to news sources in the hope of making a few bucks if they’re published. The same goes for Ms. Stampler.

But, once you have a reputation as a good company in whatever your field may be, allowing stupidity to be done in your name is a sure way to ruin your reputation.

It’s also a way for pseudoscientists to claim an undeserved reputation. Being published in these kinds of outlets lends undeserved credibility that can then be cited as evidence of veracity as a form of argument from authority: “Hey! I got published in X (which has a great reputation), therefore I should be taken more seriously now!”

I’m probably preaching to the choir here, though. Most of us know traditional media is dying, and they need to look for other ways of making revenue.

However, I’m reminded of the Murphy Brown episode where the news crew of FYI decided to have “ladies of the night” on along with some concerned mothers’ group and it erupted into a cat fight. The crew felt like dirt after doing it, but then they saw that their ratings were the highest they had ever been. They excitedly talked about other, similar ideas and more controversy and spectacle … and then they had another moment of, “What the heck are we doing here? We used to be serious news people and now look at us.” The episode ended with them pondering the trade-off between serious journalism and sensationalism and easy ratings.

I worry that Time is not that introspective.

Now, if only those damn kids would get off my lawn…

November 18, 2014

Episode 120: James McCanney’s Views on Comets, Part 1


Comets: Are they weird,
Electrical phenom’na,
Or just dirty snow?

My first personal foray into electric universe claims (don’t forget part 1 and 2 intros via an interview with Tom Bridgman). I’ve wanted to talk about James McCanney’s ideas ever since I heard him on Coast to Coast AM, and doing so isn’t hard — he’s been on the show dozens of times over the last two decades. I’ve heard him talk about a lot of things, but I mostly remembered him sounding like a broken record talking about how comets “discharge the solar capacitor.”

I’ve been putting him off for awhile because I really really don’t like Electricity & Magnetism, so doing this was going to be a bit out of my comfort zone. It ended up not being that far out, thanks in part to generous help by Phil Plait’s Bad Astronomy website and the 2012 Hoax website.

However, listening to Coast to Coast for clips took a very long time. Two straight days, listening at 1.7–2.5x speed. I took pages of notes, including numerous direct quotes. I mined these and wrote an incredibly lengthy episode that used 18 clips totaling nearly 15 minutes.

Then I decided to split it into two parts. This first part covers just his ideas about comets. This episode also has a Q&A (first time in many episodes) and Feedback.

November 14, 2014

The Good and Bad of NASA Publishing Spacecraft Images Online


This was my second blog post for Swift, published late last week:

You wouldn’t know it by listening to many conspiracy theorists, but NASA is by far the most open space agency in the world when it comes to publishing data from spacecraft. By law, the teams that built and run the instruments on these missions must publish their data within six months of it being taken, except in rare cases when an additional six-month extension can be granted.

Contrast that with the Chinese and Indian space agencies, which still haven’t openly published data from missions that completed several years ago. Japan is better, as is the European Space Agency (ESA), but neither of them supply data as readily and easily as NASA.

In addition to the rules for depositing the raw, unprocessed data, NASA’s PR department, along with the PR arms of most missions, publish some of the data online almost as soon as it’s taken. This is great for the public; it’s also terrible for skeptics.

Allow me to explain by way of example: The LCROSS mission. This was the Lunar Crater Observation and Sensing Satellite that infamously sparked conspiracies that NASA was “bombing” the moon. The mission was to launch a projectile at the lunar south pole where there are permanently shadowed regions, and have the spacecraft fly through the plume formed by the projectile’s impact to try to detect water. If water were found, it would be a boon for crewed missions to the moon because astronauts could mine the water there instead of bringing their own.

The big event took place the night (in the US) of October 9, 2009. Within just a few days, photographs taken by the spacecraft were published by NASA online.

This was really good for the public. We got to see early results of what had been a very hyped event with observing parties taking place across the nation, including at the White House. It helped keep public interest longer than just one evening. It shared data with the people who paid for it: taxpayers.

LCROSS Landing Site

LCROSS Landing Site

So what’s the problem? These images show several things: The most basic of photographic processing without things like dust on the camera removed (which is always done for science images), color (the camera was black-and-white, so the color is completely an artifact of the press release image), brightness enhanced a lot such that most of the surface is white, and the PR release image is a JPG file format, meaning that there are JPG compression artifacts that manifest as blocky blobs.

For most of us, that doesn’t matter. We get the point that this is showing a bright glow caused by the impact of the spacecraft’s projectile. In NASA’s before shots, that bright glow is not present. A tiny flash of light that the world was watching for, with tens of thousands of people across the night side of the Earth staring upwards. (Unfortunately, it was cloudy where I was.)

Pseudscientists, on the other hand, don’t get that. There exists a large group of space anomalists that look for anything in a space photograph that they don’t immediately understand and use that to claim fill-in-the-blank. One of the most prolifically published modern people who practice this is Richard C. Hoagland. He took the NASA press release, increased the brightness even more, and claimed that the rectilinear, colored structures, were in reality infrastructure (tubes and pipes) by the “secret space program” and that the public space program had bombed them because the folks at NASA had finally found out about the secret bases on the Moon.

NASA Image PIA10214 with a Close-Up of "BigFoot"

NASA Image PIA10214 with a Close-Up of “BigFoot”

This will seem absurd to most people. But not to some. And, this is just one example; innumerable others exist. Every image published online in the easy-to-access public websites of the Mars rovers are poured over by anomaly hunters in the same way. Among other things, they search for rocks that are then said to look like apartment complexes, fossils, Bigfoot, all kinds of terrestrial and aqueous animal life, boots, a pump, and very recently, a water shut-off valve (to just name a few). Most of these are basic examples of pareidolia (creating a pattern in otherwise random data), or imprints actually caused by the rover equipment, but these are usually facilitated by the low-resolution and highly compressed JPG image format.

Do I think that NASA should stop being so open? No. I think that people are always going to find ways to find anomalies in images and claim it means something special. It’s the nature of the phenomenon, and pseudoscientists are always going to find something anomalous with something. And, the moment that NASA starts to restrict access to data, claims of censorship and hiding things will become even louder than they currently are.

I’m part of the planning team for the New Horizons mission that will reach Pluto in July of 2015. When the PI (Principle Investigator) of the mission, Alan Stern, announced that some of the data would be released on the web as low-resolution JPG images as soon as we get them, I have to admit I cringed just a little bit. And I felt bad for doing it. Dr. Stern has the absolute best of intentions, and he wants to keep people interested in the mission and share the data and let people see results from what is probably a once-in-a-lifetime mission, especially since the data downlink to Earth is going to be done over several weeks (due to the craft’s vast distance from Earth).

But, he will be making it very easy for anomaly hunters to find anomalies made by an intelligence — just not understanding that that intelligence was the software that produced the image.

Going forward, I don’t think there’s any good solution. But, this is something the skeptical community should be aware of, and it shows that there’s always a downside to things, even when you think there isn’t.

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