Well, another alleged UFO artifact has been analyzed and found wanting.
It's gotten to be a pattern, hasn't it? Someone claims to have rock-solid evidence of something fringe-y -- hair or bone from a Bigfoot, the skull of a humanoid alien, ghost photographs, extrasensory perception -- and upon examination, it turns out to be tenuous at best and an outright fake at worst. Nothing, certainly, that would convince an honest skeptic.
Now, allow me to state up front something I've said many times before here at Skeptophilia; I'm not a skeptic because I don't like the idea of the paranormal. Honestly, I would love it if some of this stuff turned out to be true. Not only is there simply the coolness factor, it would open up huge avenues for scientific research. And don't @ me about how scientists are narrow-minded conservatives who are desperate to uphold the status quo and therefore would ignore hard evidence even if it existed; the truth is that scientists are constantly looking for new stuff, because finding something truly novel is how careers are made. If they tend to give a suspicious side-eye at most of these claims, it's because they understand how data and evidence work. (As astronomer Neil deGrasse Tyson put it, "We know what the hell we're looking at.") Their training has made them all too aware of how easy it is to be misled by what what you would like very much to be true.
To quote the great physicist Richard Feynman: "In science, the first principle is that you must not fool yourself. And you are the easiest person to fool."
That said, I find myself in much sympathy with Fox Mulder, even so.
In this case, a chunk of metal was provided to the All-domain Anomaly Resolution Office, a Pentagon program whose purpose is to check out anything odd that might have national security implications. It was provided by To the Stars Academy, an independent research organization headed by Blink-182 front man (and UFO aficionado) Tom DeLonge. The Academy's press release upon handing the artifact over to the AARO stated that "the material is clearly engineered with distinct layers of MgZn and Bi at structured thicknesses only microns thick" and "there is no precedent for this structured combination of materials." Further, supposedly its composition would allow it to function as a "terahertz waveguide" (whatever the hell that is) which would give it the ability to "reduce inertial mass" -- in other words, to act as an antigravity device.Ignoring the levitation bit for the moment, the part about there being "no precedent" for its structure highlights the problem with claiming something is an "alloy of alien origin." Despite Georgi LaForge's analysis on Star Trek: The Next Generation that every spacecraft they run across is made of a phaser-resistant blend of whathefuckium and damnedifweknowite, there are only so many elements on the periodic table to choose from. And there aren't any holes. So to have a good case that a chunk of metal comes from an alien spacecraft, you have to be able to show that although the chunk might be made of the ordinary complement of chemical elements, the way it was put together is somehow different than what we could accomplish here on Earth.
Which is what DeLonge et al. are saying. He also stated that the piece of metal comes from a crashed spaceship recovered in 1947 -- he never mentions the R-word, but that's the implication. In any case, the AARO kind of went, "Okay, we'll look at it" (you'll have to imagine the sigh and eyeroll that probably accompanied it) and handed it over to Oak Ridge National Laboratories for analysis.
And what they found was...
... drum roll...
... it's terrestrial in origin.
The report said:
There was widespread domestic research on [magnesium] alloys for airframes, engines, weapons, and delivery systems starting in 1915 and peaking during World War II. Many experimental [magnesium] alloys failed for reasons not well understood at the time of testing, e.g., stress corrosion cracking. Unsurprisingly, records of failed [magnesium] alloy designs are scant. Neither AARO nor ORNL could verify the specimen’s historical origin. Unverifiable, conflicting personal accounts complicate its undocumented chain of custody... The characteristics of the specimen are consistent with mid-20th-century magnesium alloy research and development projects, which often involved the use of zinc, lead, and bismuth additives for various purposes, including corrosion resistance. The banding and structural features observed in the specimen align with manufacturing techniques from that era, such as vapor deposition.
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