For artist Tervor Paglen, the truth is out there. Seriously, it’s like 60 miles away and you’re standing in front of his shot. Can you move? Thank you.

Paglen has become famous for compiling very long range, grainy photos of the the most secretive elements of our national defense. Rendition programs, codenamed projects, secret identities, redacted or misleading budget items, these are the leads he capitalizes on. He talked to Wired about his new monograph Invisible: Covert Operations and Classified Landscapes.

“I think of my visual work as an exploration of political epistemology,” said Paglen in a recent interview with Joerg Colberg, “The politics of how we know what we think we know. [An exploration] filled with all the contradictions, dead ends, moments of revelation, and confusion that characterize our collective ability to comprehend the world around us in general.”

Awesome stuff.

[Wired]

They even see colors, those lying little vermin. Impostors!

[Live Science]

If this is an elaborate viral campaign to promote the upcoming Thor movie, color me impressed.

Long dismissed as accidental additions to Viking graves, prehistoric “thunderstones”—fist-size stone tools resembling the Norse god Thor’s hammerhead—were actually purposely placed as good-luck talismans, archaeologists say.

Using fire-starting rock such as flint, Stone Age people originally created the stones to serve as axes. But the Vikings, whose Iron Age heyday lasted from about A.D. 800 to 1050, saw the primitive tools as lightning repellent.

As yet unreported, the underside of the hammerhead features a picture of Natalie Portman and a prequel comic that leads into the events of the film. Not really.

[Nat Geo]

The fine folks at Cracked.com list ’em like only they can, from military dogfights to strange green fireballs.

[Cracked]

We told you last week about a possible new therapy hoping to regrow body parts. Unlike the ill-fated research of Dr. Curt Connors, it does not use the DNA of an animal that naturally regrows limbs so the likelihood of the recipient turning into a giant lizard and forcing Spider-man to do a backflip whilst saying something glib… is unlikely.

But that was that therapy. This therapy makes none of the same boring promises.

Scientists are regrowing mouse limbs with newt and salamander DNA and humans could be next.

“Newts regenerate tissues very effectively,” said Helen Blau, PhD, the Donald E. and Delia B. Baxter Professor and a member of Stanford’s Institute for Stem Cell Biology and Regenerative Medicine. “In contrast, mammals are pathetic. We can regenerate our livers, and that’s about it. Until now it’s been a mystery as to how they do it.”

Not noted in the story is that lightning struck right after she called mammals pathetic.

The unsolved puzzle to limb regeneration is apparently the rampant cancer that unchecked cell replication can kick start. Mouse trials have utilized two tumor-suppressing proteins to keep that mess in check.

Peter Parker, it’s time you came face to face with… The Newt.

Thanks to Weird Things reader Dan Wheeler for passing this along.

[Science Daily]

Apparently some small monkeys are freaked the freak out by flying squirrels. Researches have noticed that the otherwise even-keeled creatures lose their s@#$ when they see one.

When Japanese giant flying squirrels glided over to a tree in the monkeys’ vicinity, adults and adolescent macaques started hollering at it threateningly, the researchers report. Young macaques screamed and mothers scooped up their infants, while adults and high-ranking males in particular went and physically harassed the offending squirrel.

Onishi said other researchers have observed macaques responding in a similarly aggressive manner to birds that prey on the monkeys, such as the golden eagle and mountain hawk eagle. These raptors glide and swoop much like the flying squirrels.

Even when the monkeys climb a tree to get a better look at these air-borne rodents they still start hootin’ and hollerin’. Can you blame them?

[Live Science]

Paging Dr. Connors… Dr. Curt Connors…

Researchers at the Tufts Center for Regenerative & Developmental Biology at Tufts University are testing whether a replicated amniotic (womb fluid) environment can promote limb regeneration in adult mammals.

Trials in rats have now begun. No word yet if Empire State University has received their grant yet…

[Chemical & Engineering News via Kurzweil]

And on Shark Week no less! In the interest of fair comment the YouTube description says that fatal shot was fired because the injured shark was going to be eaten anyhow, so this was a mercy killing.

Still… OMFG! This completely changes how I think about Jason Mraz…

[YouTube via Deadspin]

The FDA has given a biotech tech firm the A-OK to start embryonic stem cell therapy trails. First up? An Iraq war vet who was paralyzed from the chest down in 2005.

Yesterday it was announced that Iraq War veteran and Marine Matt Cole, paralyzed from the chest down since a 2005 insurgent attack in Iraq, has enrolled as the first patient in the first FDA clinical trial of adult stem cells used to treat spinal cord injuries.

The procedure involves removing a couple of thousand adult stem cells from Cole’s bone marrow, multiplying them in the lab and injecting them into his spinal cord. That should happen later this month. Nine other patients have also been enrolled for this phase of the trial, which is being undertaken by TCA Cellular Therapy in Covington, La.

Is that super serum enough for you? Me too.

Now who wants to send Matt a shield… just in case.

[Business Wire via Pop Sci]

Ladies and gentlemen, I present to you the Cadillac of dead body retrieval technology…

The system involves a small aluminum pipette that can detect trace amounts of a chemical called ninhydrin-reactive nitrogen, which collects in air pockets around a grave site. It’s the only known example of testing the chemical in its vapor phase, NIST says. As an added bonus, the system works at ambient temperatures instead of freezing cold, which could make it easy to transport.

Chemists Thomas J. Bruno and Tara M. Lovestead tested it on dead rats, burying some in 3 inches of soil and laying others on top of the soil. For comparison, they also tested boxes with no dead rats in them. The NRN compound was still detectable after nearly five months, the researchers say. A paper on their findings was published in the journal Forensic Science International.

Cross that one off your Christmas wish list.

[PhysOrg via Pop Sci]

Could brief flashes of gamma explosions billions of light years away be the very seems of our cohesive universe?

According to theories of high-energy particle physics, the strings would have been created when matter in the very early universe went through what’s called phase changes, such as when liquid water freezes to become solid ice.

Cosmic strings, the theories state, are imperfections in space-time akin to the cracks that form as water freezes.

Although there is no observational evidence for cosmic strings, most theories predict that the strings should stretch through the universe to its horizon.

“You can picture a cosmic string as an extremely long conducting wire with the same length-scale of the universe,” Cheng said.

Most gamma explosions come from collapsing stars, but those last more much longer. These fireballs are different, shorter. Could they be the subtle imperfections in our universe?

[Nat Geo]

It meandered about the sea, a living blob named Drakozoon kalumon. Surviving by glomming on to other creatures and surviving on the tiniest morsels of food, this 1.7 millimeter creature was protected by a leathery outer skin bigger than it’s own body.

Until it was imprisoned in volcanic ash for 425 million years. But now, Drakozoon is back! Or at least a 3-D model of him is.

Its two coiled arms likely did the work of feeding. “If it worked like a brachiopod, and I suspect it did, it would have used fine setae (hairs) on the arms to generate currents, catch tiny pieces of food in the seawater, and pass them down the arms into the waiting mouth,” Sutton told LiveScience.

The preserved blob was attached to the fossilized shell of a type of spineless shellfish known as a brachiopod. Researchers made the discovery about six years ago in the Herefordshire Lagerstatte, one of England’s richest deposits of soft-bodied fossils.

Doesn’t Drakozoon kalumon just sound like it needs to be chanted by an evil mastermind trying to resurrect some Lovecraftian leviathan? Just asking.

[Live Science]

In a letter to CNN Lucasfilm indicates that Wicked Lasers has provided sufficient evidence that they are not intentionally marketing their new (awesome) laser as a light saber. That means Lucasfilm Legal is powering down their Death Star and will allow the fledging beam mongers to go about selling their wares.

Awesome.

[The Force.net]

Want to hear something awesome? Squids can squirt their way out of the water engaging in what many marine biologists classify as flight. The phenomenon was so random that little photographic evidence existed of the practice. New proof seems to confirm the notion that squids fire themselves above out of the water and use some combination of their fins and tentacles to stabilize and increase distance.

The 2004 paper’s authors argue that “gliding” is too passive a term to describe what squid do when they leave the ocean for the air: “flight” is more fitting.

“From our observations it seemed like squid engage in behaviors to prolong their flight,” Maciá says. “One of our co-authors saw them actually flapping their fins. Some people have seen them jetting water while in flight. We felt that ‘flight’ is more appropriate because it implies something active.”

This article also contains my favorite first five words of a paragraph ever: “On a LISTSERV dedicated to mollusks…”

[Scientific American]

My feeble brain can’t process how this could be used, but I’m pretty sure it’s awesome.

“It’s kind of surprising that we’ve been using lasers for 50 years or so, and only now somebody noticed something pretty fundamental,” says Marin Solja?i?, a physicist at MIT who was not involved in the work.

Instead of amplifying light into coherent pulses, as a laser does, an antilaser absorbs light beams zapped into it. It can be “tuned” to work at specific wavelengths of light, allowing researchers to turn a dial and cause the device to start and then stop absorbing light.

“By just tinkering with the phases of the beams, magically it turns ‘black’ in this narrow wavelength range,” says team member A. Douglas Stone, a physicist at Yale University. “It’s an amazing trick.”

The option remains on the table to create a dual laser/anti-laser combo. Which is pretty much the coolest thing we’ve heard of today.

[Wired]