May 20th, 2012
People in parts of East Asia and the western United States are awaiting a rare “ring of fire” eclipse.
Early risers in southern China, northern Taiwan and southeastern Japan will get the best view, weather permitting, around dawn Monday. The eclipse will then move across the Pacific, with the western U.S. viewing the tail end.
The event, called an annular solar eclipse, occurs when the moon slides across the sun, blocking all but a blazing halo of light.
In Japan, cable cars will begin running early to give tourists an unobstructed view from the mountains, and ocean ferries will make special trips to allow viewing from offshore. Children will gather early at schools to view the eclipse with teachers. Stores are promoting special eclipse-viewing eyewear as well as ring-shaped goods of all sorts — from wedding rings to doughnuts.
In Tokyo, where a ring eclipse was last seen in 1839, the event dominated Sunday’s TV talk shows, with hosts providing viewing tips and information about special activities.
In Taiwan, the Taipei Astronomical Museum will open its doors at dawn, while Hong Kong’s Space Museum will set up solar-filtered telescopes outside its building on the Kowloon waterfront.
The eclipse will follow a narrow 13,700-kilometer (8,500-mile) path for 3 1/2 hours. The ring phenomenon will last about five minutes, depending on location. People outside the narrow band will see a partial eclipse.
An annular solar eclipse is not as dramatic as a total eclipse, when the disk of the sun is entirely blocked by the moon. As in a total solar eclipse, the moon crosses in front of the sun, but the moon is too far from Earth and appears too small in the sky to blot out the sun completely.
The rare astronomical event will give a 16.4 billion yen ($208 million) boost to Japan’s economy from the sale of eyewear, tours, planetarium visits and other items, according to an estimate by Kansai University economist Katsuhiro Miyamoto.
A city-run zoo in Yokohama, near Tokyo, will open early to show visitors how animals may react. The zoo has also set up live cameras to capture the movement of elephants, monkeys, kangaroos and penguins. Yokohama is inside the narrow band where the ring eclipse will be visible, weather permitting.
“This is a chance that comes only once in hundreds of years. The data we collect will be extremely valuable for animal research,” zoo official Yoshinori Kubo said.
In the western prefecture of Wakayama, another major viewing area, enthusiasts are organizing viewing parties at several locations.
Doctors and education officials warned of eye injuries from improper viewing. Education Minister Hirofumi Hirano demonstrated the use of eclipse glasses in a televised news conference.
Police also cautioned against traffic accidents caused by distraction during the eclipse and advised drivers to concentrate while on the road.
Japan’s Meteorological Agency is predicting mostly cloudy weather in the country’s eclipse viewing areas.
The last time this type of eclipse was seen in the U.S. was in 1994. This year’s solar show offers ringside seats at 33 national parks along the eclipse path, including the Grand Canyon and Bryce Canyon. A partial eclipse can be viewed from another 125 national parks.
Article source: http://abcnews.go.com/Technology/wireStory/east-asia-western-us-await-ring-fire-eclipse-16388490
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May 20th, 2012
TOKYO – People in parts of East Asia and the western United States are awaiting a rare “ring of fire” eclipse.
Early risers in southern China, northern Taiwan and southeastern Japan will get the best view, weather permitting, around dawn Monday. The eclipse will then move across the Pacific, with the western U.S. viewing the tail end.
The event, called an annular solar eclipse, occurs when the moon slides across the sun, blocking all but a blazing halo of light.
In Japan, cable cars will begin running early to give tourists an unobstructed view from the mountains, and ocean ferries will make special trips to allow viewing from offshore. Children will gather early at schools to view the eclipse with teachers. Stores are promoting special eclipse-viewing eyewear as well as ring-shaped goods of all sorts — from wedding rings to doughnuts.
In Tokyo, where a ring eclipse was last seen in 1839, the event dominated Sunday’s TV talk shows, with hosts providing viewing tips and information about special activities.
In Taiwan, the Taipei Astronomical Museum will open its doors at dawn, while Hong Kong’s Space Museum will set up solar-filtered telescopes outside its building on the Kowloon waterfront.
The eclipse will follow a narrow 13,700-kilometer (8,500-mile) path for 3 1/2 hours. The ring phenomenon will last about five minutes, depending on location. People outside the narrow band will see a partial eclipse.
An annular solar eclipse is not as dramatic as a total eclipse, when the disk of the sun is entirely blocked by the moon. As in a total solar eclipse, the moon crosses in front of the sun, but the moon is too far from Earth and appears too small in the sky to blot out the sun completely.
The rare astronomical event will give a 16.4 billion yen ($208 million) boost to Japan’s economy from the sale of eyewear, tours, planetarium visits and other items, according to an estimate by Kansai University economist Katsuhiro Miyamoto.
A city-run zoo in Yokohama, near Tokyo, will open early to show visitors how animals may react. The zoo has also set up live cameras to capture the movement of elephants, monkeys, kangaroos and penguins. Yokohama is inside the narrow band where the ring eclipse will be visible, weather permitting.
“This is a chance that comes only once in hundreds of years. The data we collect will be extremely valuable for animal research,” zoo official Yoshinori Kubo said.
In the western prefecture of Wakayama, another major viewing area, enthusiasts are organizing viewing parties at several locations.
Doctors and education officials warned of eye injuries from improper viewing. Education Minister Hirofumi Hirano demonstrated the use of eclipse glasses in a televised news conference.
Police also cautioned against traffic accidents caused by distraction during the eclipse and advised drivers to concentrate while on the road.
Japan’s Meteorological Agency is predicting mostly cloudy weather in the country’s eclipse viewing areas.
The last time this type of eclipse was seen in the U.S. was in 1994. This year’s solar show offers ringside seats at 33 national parks along the eclipse path, including the Grand Canyon and Bryce Canyon. A partial eclipse can be viewed from another 125 national parks.
Article source: http://www.foxnews.com/world/2012/05/20/east-asia-western-us-await-ring-fire-eclipse/
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May 20th, 2012
A planet’s dust cloud may explain strange patterns of light from its star.
MIT-(ENEWSPF)- Researchers at MIT, NASA and elsewhere have detected a possible planet, some 1,500 light years away, that appears to be evaporating under the blistering heat of its parent star. The scientists infer that a long tail of debris — much like the tail of a comet — is following the planet, and that this tail may tell the story of the planet’s disintegration. According to the team’s calculations, the tiny exoplanet, not much larger than Mercury, will completely disintegrate within 100 million years.
The team found that the dusty planet circles its parent star every 15 hours — one of the shortest planet orbits ever observed. Such a short orbit must be very tight and implies that the planet must be heated by its orange-hot parent star to a temperature of about 3,600 degrees Fahrenheit. Researchers hypothesize that rocky material at the surface of the planet melts and evaporates at such high temperatures, forming a wind that carries both gas and dust into space. Dense clouds of the dust trail the planet as it speeds around its star.
“We think this dust is made up of submicron-sized particles,” says co-author Saul Rappaport, a professor emeritus of physics at MIT. “It would be like looking through a Los Angeles smog.”
The group’s findings, published in the Astrophysical Journal, are based on data from the Kepler Observatory, a space-based telescope that surveys more than 160,000 stars in the Milky Way. The observatory records the brightness of each star at regular intervals; scientists then analyze the data for signs of new planets outside our own solar system.
A curiously stellar case
Astronomers using the Kepler satellite typically identify exoplanets by looking for regular dips in a star’s brightness. For example, if a star dims every month, one possibility is that the dimming is due to a planet that travels around the star over the course of a month; each time the planet travels in front of the star, the planet blocks the same small amount of light.
However, Rappaport and his colleagues came across a curious light pattern from a star dubbed KIC 12557548. The group examined the star’s light curves, a graph of its brightness over time, and found that its light dropped by different intensities every 15 hours — suggesting that something was blocking the star regularly, but by varying degrees.
The team considered several explanations for the puzzling data, including the possibility that a planetary duo — two planets orbiting each other — also orbited the star. (Rappaport reasoned that the planetary pair would pass by the star at different orientations, blocking out different amounts of light during each eclipse.) In the end, the data failed to support this hypothesis: The dimming every 15 hours was judged far too short a period to allow sufficient room for two planetary bodies orbiting each other, in the same way that Earth and the moon together orbit the sun.
A dusty idea
Instead, the researchers landed on a novel hypothesis: that the varying intensities of light were caused by a somewhat amorphous, shape-shifting body.
“I’m not sure how we came to this epiphany,” Rappaport says. “But it had to be something that was fundamentally changing. It was not a solid body, but rather, dust coming off the planet.”
Rappaport and his colleagues investigated various ways in which dust could be created and blown off a planet. They reasoned that the planet must have a low gravitational field, much like that of Mercury, in order for gas and dust to escape from the planet’s gravitational pull. The planet must also be extremely hot — on the order of 3,600° F.
Rappaport says there are two possible explanations for how the planetary dust might form: It might erupt as ash from surface volcanoes, or it could form from metals that are vaporized by high temperatures and then condense into dust. As for how much dust is spewed from the planet, the team showed that the planet could lose enough dust to explain the Kepler data. From their calculations, the researchers concluded that at such a rate, the planet will completely disintegrate within 100 million years.
The researchers created a model of the planet orbiting its star, along with its long, trailing cloud of dust. The dust was densest immediately surrounding the planet, thinning out as it trailed away. The group simulated the star’s brightness as the planet and its dust cloud passed by, and found that the light patterns matched the irregular light curves taken from the Kepler Observatory.
“We’re actually now very happy about the asymmetry in the eclipse profile,” Rappaport says. “At first we didn’t understand this picture. But once we developed this theory, we realized this dust tail has to be here. If it’s not, this picture is wrong.”
Dan Fabrycky, a member of the Kepler Observatory science team, says the model may add to the many different ways in which a planet can disappear.
“This might be another way in which planets are eventually doomed,” says Fabrycky, who was not involved in the research. “A lot of research has come to the conclusion that planets are not eternal objects, they can die extraordinary deaths, and this might be a case where the planet might evaporate entirely in the future.”
The research was funded by the National Science Foundation and the Natural Sciences and Engineering Research Council of Canada.
Article source: http://www.enewspf.com/latest-news/science-a-environmental/33577-newfound-exoplanet-may-turn-to-dust.html
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May 19th, 2012
AFTON
APRIL 26
Impeding traffic. A motorcyclist was cited when he stopped traffic to allow other motorcyclists to turn onto St. Croix Trail from Stagecoach Trail.
DELLWOOD
APRIL 28
Curfew violation. Three juveniles on skateboards were spotted at 3 a.m. in the area of Dellwood Road and Quail Street. The kids were warned about violating curfew and taken to a home where they were sleeping over.
GRANT
APRIL 27
Suspicious person. A 30-year-old man running barefoot in the 9000 block of Dellwood Road was stopped and questioned by an officer. The man stated he was training to get into the military. He also said he’d done meth several weeks ago but wasn’t on it presently. The officer took the man to a nearby restaurant where he was met by a family member.
MAHTOMEDi
APRIL 29
Juvenile complaint. Two juveniles were questioned about having been seen on the roof of Wildwood Elementary School, 535 North Warner Av. Police discussed issues about being on the roof with the juvenile’s parents, too.
oakdale
APRIL 26
Crosswalk violation. Police received a complaint of a vehicle that slowed down and drove through a crosswalk with crossguards present at the intersection of 7th Street and Glenbrook Avenue. The complainant told police the crossguards did not have their flags down and there were no children in the crosswalk or road. Police advised the caller there was no violation.
Check welfare. Police responded to a report of a 1-year-old boy playing with a can of WD-40 in the 7600 block of 23rd Street. The boy’s father told police his son did not spray any of the WD-40.
APRIL 27
Cat at large. Police were dispatched to Eagle Point Elementary School, 7850 15th St., to check on a cat that had been caught in a live trap. The cat had no collar and appeared to be feral. Police transported the animal to Hillcrest Animal Hospital.
APRIL 28
Theft. The rear passenger taillight assembly unit was taken off a truck parked in a driveway in the 6300 block of 11th Street.
APRIL 29
Assault. A 29-year-old man reported suffering a fractured arm from an assault at a wedding reception at the Oak Marsh Golf Course, 526 Inwood Av.
STILLWATER
APRIL 25
Theft. A trailer containing a lawn mower was reported stolen in the 100 block of Myrtle Street.
STILLWATER TOWNSHIP
APRIL 25
Lost item. A 20-foot nylon cover worth $700 was lost off a pontoon boat on the St. Croix River between the Stillwater Bridge and Wolf Marine.
WOODBURY
APRIL 19
Theft. A $200 purse containing a $600 cell phone was accidentally left by a customer at Taco Bell, 8473 Tamarack Road, and then reportedly taken by an employee, according to police reports.
APRIL 20
Intoxicated customer. Police removed an intoxicated man who had reportedly been drinking all day from the Green Mill restaurant, 6003 Hudson Road, and transported him to the Dakota County detox.
APRIL 22
Theft. A cab driver reported that one of his riders took a bottle of cologne out of the glove compartment of his taxi in the 6900 block of Macbeth Circle. Officers questioned and searched the suspect but found no cologne.
Items are selected from reports made to police departments and are not intended to provide a comprehensive picture of crime.
Article source: http://www.startribune.com/local/151799115.html
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May 19th, 2012
The new-generation, 2012 Porsche 911 Carrera has the familiar, sexy shape of its forebears. But it’s tastefully redone with a wider front track, a body that’s a bit longer and lighter, a holistically designed interior and modern touches such as light-emitting diode tail lamps.
Of course, there’s more power, too — up to 400 horses and 325 foot-pounds of torque from the up-level, naturally aspirated six cylinders.
Surprisingly, though, the additional 15 horses, which for the first time can come through a seven-speed manual transmission, don’t hurt fuel economy numbers.
There’s even automatic shutoff of the engine at stoplights to preserve its premium gasoline. This stop/start feature is a typical fuel-saver in gasoline-electric hybrid cars and was adapted for the non-hybrid 911, where, impressively, it scarcely hampers off-the-line getaways.
The ride in the 2012 911 Carrera is more pliant than ever. Revamped, selectable suspension settings allow a driver to reduce ride harshness so long-distance travel is more comfortable and less taxing. When the situation calls for a more racy performance, the driver can set the suspension for a firmer ride.
The changes in this seventh-generation 911 are well-received in the United States, where 911 sales for the first four months are up 48 percent from the same period last year, to a total of 3,095.
Judging by the many admirers drawn to the test 911 Carrera S, there are plenty more wannabe buyers out there, even if the starting manufacturer’s suggested retail price is $83,050 for a 350-horsepower, 2012 911 Carrera and $97,350 for a 400-horsepower, 2012 911 Carrera S.
There are other changes in the 2012 model. The parking brake now is electronic, so the lever is gone. While Porsche keeps the tachometer big and smack in the middle of the gauges in front of the driver, the center console is full of buttons around the shifter that personalize everything from seat temperature to the volume of sound from the car’s exhaust.
The 911 coupe trunk remains under the front hood and measures just 4.76 cubic feet. It is basically a deep rectangle, so be prepared to do some hefty lifting to get heavy items in and out.
Inside, there’s a sense the car is wider. Larger drivers and passengers still will feel closed in. Tall, lanky passengers will find a decent amount of seat track and seat height adjustment.
The two back seats are narrow and usable for briefcases and such and, maybe, by children who don’t mind that they can’t hear much of the conversation in the front seat.
The reason: The 911 flat-six engine remains behind the back seats, and engine sounds — so coveted by Porsche fans — come through clearly. The hallmark sound is music to the ears of anyone buying a Porsche.
With a height of around 51 inches, the new 911 sits slightly lower to the ground than its predecessor; some will have difficulty dropping down onto the low, fitted car seats.
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Article source: http://www.telegram.com/article/20120519/NEWS/105199933/-1/NEWS04
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May 19th, 2012
CAMBRIDGE, Mass., May 18 (UPI) — U.S. scientists say a possible planet 1,500 light-years from Earth is apparently evaporating from the heat of its star, trailing debris like a comet’s tail.
The tiny exoplanet, not much larger than Mercury, may completely disintegrate within 100 million years, a blink of an eye in cosmic terms, researchers at the Massachusetts Institute of Technology and NASA said.
The researchers found the dusty planet circles its parent star every 15 hours — one of the shortest planet orbits ever observed — and said such a short orbit must be very close to the star, suggesting the planet could be heated to a temperature of about 3,600 degrees Fahrenheit.
Rocky material at the surface of the planet could melt and evaporate at such high temperatures, giving off both gas and dust into space to form the cloud trailing the planet.
“We think this dust is made up of submicron-sized particles,” physics Professor Saul Rappaport said Friday in an MIT release.
“It would be like looking through a Los Angeles smog.”
Astronomers using the Kepler satellite typically identify exoplanets by looking for regular dips in a star’s brightness as a planet crosses in front of it, but in the case of the star dubbed KIC 12557548, they found its light dropped by different intensities every 15 hours.
That suggested something was blocking the star regularly but by varying degrees, they said, and theorized the varying intensities of light were caused by a somewhat amorphous, shape-shifting body.
“I’m not sure how we came to this epiphany,” Rappaport said. “But it had to be something that was fundamentally changing. It was not a solid body, but rather, dust coming off the planet.”
Article source: http://www.upi.com/Science_News/2012/05/18/Distant-planet-may-be-vanishing-into-dust/UPI-51551337385983/
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May 18th, 2012
ScienceDaily (May 18, 2012) ? Researchers at MIT, NASA and elsewhere have detected a possible planet, some 1,500 light years away, that appears to be evaporating under the blistering heat of its parent star. The scientists infer that a long tail of debris — much like the tail of a comet — is following the planet, and that this tail may tell the story of the planet’s disintegration. According to the team’s calculations, the tiny exoplanet, not much larger than Mercury, will completely disintegrate within 100 million years.
The team found that the dusty planet circles its parent star every 15 hours — one of the shortest planet orbits ever observed. Such a short orbit must be very tight and implies that the planet must be heated by its orange-hot parent star to a temperature of about 3,600 degrees Fahrenheit. Researchers hypothesize that rocky material at the surface of the planet melts and evaporates at such high temperatures, forming a wind that carries both gas and dust into space. Dense clouds of the dust trail the planet as it speeds around its star.
“We think this dust is made up of submicron-sized particles,” says co-author Saul Rappaport, a professor emeritus of physics at MIT. “It would be like looking through a Los Angeles smog.”
The group’s findings, published in the Astrophysical Journal, are based on data from the Kepler Observatory, a space-based telescope that surveys more than 160,000 stars in the Milky Way. The observatory records the brightness of each star at regular intervals; scientists then analyze the data for signs of new planets outside our own solar system.
A curiously stellar case
Astronomers using the Kepler satellite typically identify exoplanets by looking for regular dips in a star’s brightness. For example, if a star dims every month, one possibility is that the dimming is due to a planet that travels around the star over the course of a month; each time the planet travels in front of the star, the planet blocks the same small amount of light.
However, Rappaport and his colleagues came across a curious light pattern from a star dubbed KIC 12557548. The group examined the star’s light curves, a graph of its brightness over time, and found that its light dropped by different intensities every 15 hours — suggesting that something was blocking the star regularly, but by varying degrees.
The team considered several explanations for the puzzling data, including the possibility that a planetary duo — two planets orbiting each other — also orbited the star. (Rappaport reasoned that the planetary pair would pass by the star at different orientations, blocking out different amounts of light during each eclipse.) In the end, the data failed to support this hypothesis: The dimming every 15 hours was judged far too short a period to allow sufficient room for two planetary bodies orbiting each other, in the same way that Earth and the moon together orbit the sun.
A dusty idea
Instead, the researchers landed on a novel hypothesis: that the varying intensities of light were caused by a somewhat amorphous, shape-shifting body.
“I’m not sure how we came to this epiphany,” Rappaport says. “But it had to be something that was fundamentally changing. It was not a solid body, but rather, dust coming off the planet.”
Rappaport and his colleagues investigated various ways in which dust could be created and blown off a planet. They reasoned that the planet must have a low gravitational field, much like that of Mercury, in order for gas and dust to escape from the planet’s gravitational pull. The planet must also be extremely hot — on the order of 3,600° F.
Rappaport says there are two possible explanations for how the planetary dust might form: It might erupt as ash from surface volcanoes, or it could form from metals that are vaporized by high temperatures and then condense into dust. As for how much dust is spewed from the planet, the team showed that the planet could lose enough dust to explain the Kepler data. From their calculations, the researchers concluded that at such a rate, the planet will completely disintegrate within 100 million years.
The researchers created a model of the planet orbiting its star, along with its long, trailing cloud of dust. The dust was densest immediately surrounding the planet, thinning out as it trailed away. The group simulated the star’s brightness as the planet and its dust cloud passed by, and found that the light patterns matched the irregular light curves taken from the Kepler Observatory.
“We’re actually now very happy about the asymmetry in the eclipse profile,” Rappaport says. “At first we didn’t understand this picture. But once we developed this theory, we realized this dust tail has to be here. If it’s not, this picture is wrong.”
Dan Fabrycky, a member of the Kepler Observatory science team, says the model may add to the many different ways in which a planet can disappear.
“This might be another way in which planets are eventually doomed,” says Fabrycky, who was not involved in the research. “A lot of research has come to the conclusion that planets are not eternal objects, they can die extraordinary deaths, and this might be a case where the planet might evaporate entirely in the future.”
The research was funded by the National Science Foundation and the Natural Sciences and Engineering Research Council of Canada.
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Story Source:
The above story is reprinted from materials provided by Massachusetts Institute of Technology. The original article was written by Jennifer Chu, MIT News Office.
Note: Materials may be edited for content and length. For further information, please contact the source cited above.
Journal Reference:
- S. Rappaport, A. Levine, E. Chiang, I. El Mellah, J. Jenkins, B. Kalomeni, E. S. Kite, M. Kotson, L. Nelson, L. Rousseau-Nepton, K. Tran. Possible Disintegrating Short-Period Super-Mercury Orbiting KIC 12557548. Astrophysical Journal, 2012; (accepted) [link]
Note: If no author is given, the source is cited instead.
Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.
Article source: http://www.sciencedaily.com/releases/2012/05/120518192328.htm
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May 18th, 2012
TAUNTON, Mass. (WPRI) — A defective tail light was just the tip of the iceberg for a Taunton man, who now stands charged with drug possession, resisting arrest, driving on a suspended license, and more.
A pair of Massachusetts state troopers stopped a car on Dean Street in Taunton early Thursday morning for a defective tail light. While talking to the driver, troopers said they noticed an open can of beer right next to him. Esubio Andrade, 29, of Taunton, told the troopers he couldn’t show them his license — and that the car belonged to a friend.
When troopers asked for the registration. they said Andrade opened the glove compartment, which revealed a large knife in a sheath. He became nervous, said officers, and began to clutch his waistband.
The troopers had him get out of the car, patted him down and frisked him, and found he’d been hiding a small plastic bag full of 67 oxycodone pills.
In that moment, troopers said Andrade fled into nearby woods.
It didn’t take troopers long to catch up to him. He resisted trying to be handcuffed, they said, but was subdued in the end.
Andrade is charged with possession with intent to distribute a class B drug, resisting arrest, operating a motor vehicle after suspension, an open container of alcoholic beverage in a motor vehicle, and defective equipment (that one busted tail light).
He was held without bail.
Copyright WPRI 12
Article source: http://www.wpri.com/dpp/news/massachusetts/taunton-broken-tail-light-drug-charges-esubio-andrade
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May 18th, 2012
To the Editor:
On Jennies Way in Tewksbury, this week, someone claimed possession of my 10 year old son’s go cart / dune buggy.
I would like to offer a cash reward for the return of the pictured dune buggy, and a larger reward to information that leads to the prosecution of the person who took this.
Please note the dune buggy is a two seater (I believe the only one in Town) and it has unussual shaped head lights. There is damage to one front fender and one rear fender is missing. The rear taillight works, but the plastic covering is missing. The dune buggy is one year old.
This was stolen out of our driveway without the key (still in our possession). The dune buggy is sized for a large children / small adults. It is a 125cc. 3 speeds reverse transmission. The gear shift is on the left, as is the steering wheel. The gas and brake pedals are in the middle.
It is a black frame with mostly red and some black on the seats and two seatbelts. It was “made in china”, so the make of it is not listed anywhere on it. The police have further identifiable information.
Without trying to sound enfeebled, please understand that I can not replace this. My son, who is going through a very difficult time, truly enjoys this machine and is devastated by it being missing.
PLEASE, if you have any information, contact the Tewksbury Police Department at (978) 851-7373. Please leave your name and a contact number as well to receive the reward if it is found, however you can stay anonymous if you prefer.
If the go cart is returned by the person responsible, or a friend or family of that person, charges will not be filed. We just really want to have it back.
Jennifer Nagle
Tewksbury
Article source: http://tewksbury.patch.com/articles/letter-reward-offered-for-return-of-stolen-dune-buggy
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