So you're at a garage sale, and you have a gut reaction that something on offer has more to it than immediately meets the eye. What do you do? If you're like Pam Dwyer, an Arizona woman, you pay a few dollars, get the knick-knack, and wait till you get home to investigate your hunch.
Dwyer certainly did that, and in between a picture of a horse and the frame it was in she found a portrait of John Kennedy. Yes, that John Kennedy, the one with F for the middle name, the President one.
Not too many of those are left lying around, certainly not hidden behind random horse pictures. Not too many of the ones that are left lying around are done by a forger, either. Yet that's what Dwyer found when she researched the artist, who did time for writing forged checks.
While behind bars, the "creative writer" took up stained glass windows and, apparently, drawing. Somewhere along the way, he produced the portrait that Dwyer found tucked away in a homely frame on offer in a garage.
An appraisal listed the value at between $2,500 and $5,000. She plans to sell.
Monday, November 26, 2012
Tuesday, November 20, 2012
Honest: Kitten Rescued from Inside Lincoln Statue
No doubt using up a few of its potentially nine lives, a kitten has managed to stay alive inside a statue of Abraham Lincoln long enough to be emancipated from its self-made trap.
The kitten, all of 3 weeks old, scurried its way into a replica of the Lincoln Memorial at the Clermont (Fla.) Presidents Hall of Fame but then got stuck. Museum officials scratched their heads as to how the kitten could have possibly gotten trapped inside the statue, but no doubt a small hole was available somewhere and the nosy kitten got stuck in literally.
Anyway, the Humane Society and the local fire department were soon on the scene and had drilled a hole large enough for a person. A fire fighter dropped down inside the statue, retrieved the kitten, and delivered it back into the real world.
The kitten was hungry and dehydrated after being stuck inside the statue for three days. A local veterinarian took the kitten away for nursing duties but planned to put the adventuresome young feline up for adoption.
John Zweifel, curator of the museum, planned to adopt the cat and call him, what else, Abe.
The kitten, all of 3 weeks old, scurried its way into a replica of the Lincoln Memorial at the Clermont (Fla.) Presidents Hall of Fame but then got stuck. Museum officials scratched their heads as to how the kitten could have possibly gotten trapped inside the statue, but no doubt a small hole was available somewhere and the nosy kitten got stuck in literally.
Anyway, the Humane Society and the local fire department were soon on the scene and had drilled a hole large enough for a person. A fire fighter dropped down inside the statue, retrieved the kitten, and delivered it back into the real world.
The kitten was hungry and dehydrated after being stuck inside the statue for three days. A local veterinarian took the kitten away for nursing duties but planned to put the adventuresome young feline up for adoption.
John Zweifel, curator of the museum, planned to adopt the cat and call him, what else, Abe.
Friday, November 9, 2012
Dutch Engineers Touting Glow-in-the-dark Highway
I like this idea of a glow-in-the-dark highway. It saves all kinds of things like money and lives.
So some Dutch engineers have come up with a scheme to make driving at night a whole lot easier, via a "smart highway." See, the outside lines on the highway glow by themselves, no high beams needed. I would say that you wouldn't need your headlights at all anymore, but I'm not sure the Dutch designers would agreed with that proposition, especially in the light of road safety and all. Still, it couldn't hurt to have more nighttime road lighting that doesn't come from another driver's high beams.
Another fun feature of the proposal is that it posits painted lines that could display snowflakes when the road is, well, snow-covered, or icicles when the road is icy. Now wouldn't that be useful information to have, if you hadn't figured it out already given the driving conditions.
But wait, there's more: The interior lines, dotted or otherwise, would recharge by soaking up sunlight. It's all part of a dynamic, user-friendly roadway that could even recharge using under-road coils powered by the very vehicles going by overhead. In the same energy-saving vein, the road "lighting" would switch to low-light mode when traffic ceases.
Tests are expected in the Netherlands next year. I'm hoping that we are en-light-ened soon.
So some Dutch engineers have come up with a scheme to make driving at night a whole lot easier, via a "smart highway." See, the outside lines on the highway glow by themselves, no high beams needed. I would say that you wouldn't need your headlights at all anymore, but I'm not sure the Dutch designers would agreed with that proposition, especially in the light of road safety and all. Still, it couldn't hurt to have more nighttime road lighting that doesn't come from another driver's high beams.
Another fun feature of the proposal is that it posits painted lines that could display snowflakes when the road is, well, snow-covered, or icicles when the road is icy. Now wouldn't that be useful information to have, if you hadn't figured it out already given the driving conditions.
But wait, there's more: The interior lines, dotted or otherwise, would recharge by soaking up sunlight. It's all part of a dynamic, user-friendly roadway that could even recharge using under-road coils powered by the very vehicles going by overhead. In the same energy-saving vein, the road "lighting" would switch to low-light mode when traffic ceases.
Tests are expected in the Netherlands next year. I'm hoping that we are en-light-ened soon.
Thursday, November 1, 2012
Robotic Car Comes in 2nd on Track
Here we go again. Human bests, computer for now. Have we learned nothing Garry Kasparov? (He couldn't beat a computer, and now he's taking on Vladimir Putin. Good luck to him.)
The story is this: A robotic car developed at Stanford's Center for Automotive Research (which has the handy acronym of CARS) just lost out to a human-driven car in a test at the aptly named Thunderhill Raceway (which sounds like it belongs in a Bond movie anyway). The three-mile course had its share of twists and turns, 15 of them, in fact, and the guy driving the other car undoubtedly had lots of practice on the course, so the humans probably stacked the deck.
The result was that the human won, finishing in slightly less time than the robotic car. The victim of human deck-stacking this time around was Shelley, an autonomous vehicle kitted out quite proudly and loudly with a bevy of sensors that transmit road position, tire grip, and all manner of other necessary information to the computer-in-charge, so the car can effectively make real-time, split decisions about how to move the wheel and how much to stomp on the brake and things like that.
The stated goal was to improve on the utility of computer-driving cars. That's the idea, really. It wasn't about who won the race, or so the scientists say. After all, as with Deep Blue, it's only a matter of time until the computers win the race.
The race was run on Thunderhill Raceway in California between an Audi TTS that can drive itself and a racing car driver familiar with the circuit.
The human driver completed a lap around the circuit a few seconds faster than the robotic car.
The race was part of research to develop control systems that will help to make domestic cars more autonomous.
The story is this: A robotic car developed at Stanford's Center for Automotive Research (which has the handy acronym of CARS) just lost out to a human-driven car in a test at the aptly named Thunderhill Raceway (which sounds like it belongs in a Bond movie anyway). The three-mile course had its share of twists and turns, 15 of them, in fact, and the guy driving the other car undoubtedly had lots of practice on the course, so the humans probably stacked the deck.
The result was that the human won, finishing in slightly less time than the robotic car. The victim of human deck-stacking this time around was Shelley, an autonomous vehicle kitted out quite proudly and loudly with a bevy of sensors that transmit road position, tire grip, and all manner of other necessary information to the computer-in-charge, so the car can effectively make real-time, split decisions about how to move the wheel and how much to stomp on the brake and things like that.
The stated goal was to improve on the utility of computer-driving cars. That's the idea, really. It wasn't about who won the race, or so the scientists say. After all, as with Deep Blue, it's only a matter of time until the computers win the race.
The race was run on Thunderhill Raceway in California between an Audi TTS that can drive itself and a racing car driver familiar with the circuit.
The human driver completed a lap around the circuit a few seconds faster than the robotic car.
The race was part of research to develop control systems that will help to make domestic cars more autonomous.
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