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Pigs, Sharks, And Snowmobiles: Kari Byron Talks Hosting Large Dangerous Rocket Ships

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Science Channel

As co-host of MythBusters, Kari Byron deals with explosions, rocket sleds and general chaos all the time. But not even that experience could prepare her for the spectacle that is Large Dangerous Rocket Ships (LDRS), an annual competition-turned-Science Channel special that Byron began hosting 3 years ago. “The first year I went I felt like I was in a warzone because there are rockets going off constantly,” she says. “Every minute, there’s another one launching off. 3-2-1, pew! 3-2-1, pew! I was shell shocked. But now I’ve gotten used to it.”

Each year, LDRS moves to a different, very remote location. “We have to be somewhere far out, because generally they have to close off airspace when we’re doing extra-wild things,” Byron says. This year, rocket enthusiasts converged on Potter in upstate New York. “We’re basically out in a large field,” she says. “Some people have rockets taller than they are, and some have small model rockets, but everybody’s having a good time. There are rockets going up all around you, and you just have to be on your toes and make sure they don’t come down near you.”

The Main Events

This year’s LDRS special focuses on two events: Fastest to 10,000 Feet (that’s what they close off airspace for) and Odd Rockets, where competitors try to turn any object they can think of into a successful rocket—and land it safely. This part of LDRS is particularly fun. “People are always trying to top what happened the year before,” Byron says. “I’ve seen these guys launch port-a-potties and coffins. And this year, there’s everything from pigs to sharks. It's pretty wild.” But the craziest thing she saw get launched into the air was, hands down, a 400 pound snowmobile. “That was pretty weird, because that’s not one of those things I would have looked at and thought Hmm, I wonder if I could make a rocket out of that? But that’s why these guys are out there. They’re geniuses.”

While some competitors launch existing objects—like that snowmobile and a vintage television set—there are others who build their quirky rockets from scratch, an involved process that calls for lots of design, pre-LDRS tests, and troubleshooting. “I really like the challenge of the aerodynamics of the weird things they get into the air,” Byron says. “Anything that’s shaped like a rocket, it’s like, yeah, yeah, of course that’s going to go up! But when you see people fly things like a pig, you’re like, Wait a minute. How do you even go about modeling a pig to try to get over the drag factor from the legs and the ears? They spend so much time just coming up with the perfect skin—maybe they’re just shaping it in this minute way that nobody would notice but them—but it could make all the difference to the rocket.”

Often, the Odd Rockets crash and burn, and that's all part of the fun (at least for people watching on TV). “[These competitors] know they’re trying to launch things that were never meant for the sky,” Byron says. “It’s a gamble. They get disappointed because they do put all that time, effort and love into it, but when it goes wrong, it’s all part of rocketry.” But when those rockets built to go to 10,000 feet fail to launch, that’s a different story. “When those really expensive, beautiful rockets don’t go into the sky,” Byron says, “that’s when I feel bad.”

The More, The Merrier

This was the 31st year of the LDRS competition, and it doesn’t surprise Byron at all that people keep coming back—or that more people want to join in on the fun. “I think everybody’s got a real fascination with space and flight, and being able to create these rockets is this amazing way to touch the sky for a minute,” she says. “A lot of people who are competing are engineers or they’re in aerospace, and [LDRS is] something that’s natural to them. But there are also a lot of kids out there, getting involved and learning how to make these things work." This mission, in particular, is one Byron is passionate about. "I always love looking for new and interesting ways to get kids—and people in general—interested in science, and I think rockets is a great way to do that, because it’s such a flashy thing to be able to explain science with," she says. "The sound of these rockets going up is beautiful—it’s this shoo! It’s fascinating to watch, and being able to create something that goes up that high is amazing.”

And don't forget the sheer fun in creating those increasingly wacky Odd Rockets. Take note, next year's competitors: There's one object Byron really wants you to make into a rocket. “I’d like to see a full-sized car!” she laughs. “I wonder if they could get a car up in the air?”

Large Dangerous Rocket Ships airs Sunday, October 28 at 10 pm on The Science Channel.

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8 of the Weirdest Gallup Polls
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Getty

Born in Jefferson, Iowa on November 18, 1901, George Gallup studied journalism and psychology, focusing on how to measure readers’ interest in newspaper and magazine content. In 1935, he founded the American Institute of Public Opinion to scientifically measure public opinions on topics such as government spending, criminal justice, and presidential candidates. Although he died in 1984, The Gallup Poll continues his legacy of trying to determine and report the will of the people in an unbiased, independent way. To celebrate his day of birth, we compiled a list of some of the weirdest, funniest Gallup polls over the years.

1. THREE IN FOUR AMERICANS BELIEVE IN THE PARANORMAL (2005)

According to this Gallup poll, 75 percent of Americans have at least one paranormal belief. Specifically, 41 percent believe in extrasensory perception (ESP), 37 percent believe in haunted houses, and 21 percent believe in witches. What about channeling spirits, you might ask? Only 9 percent of Americans believe that it’s possible to channel a spirit so that it takes temporary control of one's body. Interestingly, believing in paranormal phenomena was relatively similar across people of different genders, races, ages, and education levels.

2. ONE IN FIVE AMERICANS THINK THE SUN REVOLVES AROUND THE EARTH (1999)

In this poll, Gallup tried to determine the popularity of heliocentric versus geocentric views. While 79 percent of Americans correctly stated that the Earth revolves around the sun, 18 percent think the sun revolves around the Earth. Three percent chose to remain indifferent, saying they had no opinion either way.

3. 22 PERCENT OF AMERICANS ARE HESITANT TO SUPPORT A MORMON (2011)

Gallup first measured anti-Mormon sentiment back in 1967, and it was still an issue in 2011, a year before Mormon Mitt Romney ran for president. Approximately 22 percent of Americans said they would not vote for a Mormon presidential candidate, even if that candidate belonged to their preferred political party. Strangely, Americans’ bias against Mormons has remained stable since the 1960s, despite decreasing bias against African Americans, Catholics, Jews, and women.

4. MISSISSIPPIANS GO TO CHURCH THE MOST; VERMONTERS THE LEAST (2010)

This 2010 poll amusingly confirms the stereotype that southerners are more religious than the rest of the country. Although 42 percent of all Americans attend church regularly (which Gallup defines as weekly or almost weekly), there are large variations based on geography. For example, 63 percent of people in Mississippi attend church regularly, followed by 58 percent in Alabama and 56 percent in South Carolina, Louisiana, and Utah. Rounding out the lowest levels of church attendance, on the other hand, were Vermont, where 23 percent of residents attend church regularly, New Hampshire, at 26 percent, and Maine at 27 percent.

5. ONE IN FOUR AMERICANS DON’T KNOW WHICH COUNTRY AMERICA GAINED INDEPENDENCE FROM (1999)

Although 76 percent of Americans knew that the United States gained independence from Great Britain as a result of the Revolutionary War, 24 percent weren’t so sure. Two percent thought the correct answer was France, 3 percent said a different country (such as Mexico, China, or Russia), and 19 percent had no opinion. Certain groups of people who consider themselves patriotic, including men, older people, and white people (according to Gallup polls), were more likely to know that America gained its independence from Great Britain.

6. ONE THIRD OF AMERICANS BELIEVE IN GHOSTS (2000)

This Halloween-themed Gallup poll asked Americans about their habits and behavior on the last day of October. Predictably, two-thirds of Americans reported that someone in their house planned to give candy to trick-or-treaters and more than three-quarters of parents with kids reported that their kids would wear a costume. More surprisingly, 31 percent of American adults claimed to believe in ghosts, an increase from 1978, when only 11 percent of American adults admitted to a belief in ghosts.

7. 5 PERCENT OF WORKING MILLENNIALS THRIVE IN ALL FIVE ELEMENTS OF WELL-BEING (2016)

This recent Gallup poll is funny in a sad way, as it sheds light on the tragicomic life of a millennial. In this poll, well-being is defined as having purpose, social support, manageable finances, a strong community, and good physical health. Sadly, only 5 percent of working millennials—defined as people born between 1980 and 1996—were thriving in these five indicators of well-being. To counter this lack of well-being, Gallup’s report recommends that managers promote work-life balance and improve their communication with millennial employees.

8. THE WORLD IS BECOMING SLIGHTLY MORE NEGATIVE (2014)

If you seem to feel more stress, sadness, anxiety, and pain than ever before, Gallup has the proof that it’s not all in your head. According to the company’s worldwide negative experience index, negative feelings such as stress, sadness, and anger have increased since 2007. Unsurprisingly, people living in war-torn, dangerous parts of the word—Iraq, Iran, Egypt, Syria, and Sierra Leone—reported the highest levels of negative emotions.

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Space
Earth's First-Recorded Interstellar Visitor Gets Its Closeup—And a Name
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NASA/JPL-Caltech

In October, scientists using the University of Hawaii's Pan-STARRS 1 telescope sighted something extraordinary: Earth's first confirmed interstellar visitor. Originally called A/2017 U1, the once-mysterious object has a new name—'Oumuamua, according to Scientific American—and researchers continue to learn more about its physical properties.

Fittingly, "'Oumuamua" is Hawaiian for "a messenger from afar arriving first." 'Oumuamua's astronomical designation is 1I/2017 U1. The "I" in 1I/2017 stands for "interstellar." Until now, objects similar to 'Oumuamua were always given "C" and "A" names, which stand for either comet or asteroid.

'Oumuamua moved too quickly through space to orbit the Sun, which led researchers to believe that it might be the remains of a former exoplanet. Long ago, it might have hurtled from an unknown star system into our solar system. Far-flung origins aside, new observations have led some researchers to conclude that 'Oumuamua is, well, pretty ordinary—at least in appearance.

'Oumuamua's size (591 feet by 98 feet) and oblong shape have drawn comparisons to a chunky cigar that's half a city block long. It's also reddish in color, and looks and acts like asteroids in our own solar system, the BBC reports. Its average looks aside, 'Oumuamua remains important because it may provide astronomers with new insights into how stars and planets form.

University of Wisconsin–Madison astronomer Ralf Kotulla and scientists from UCLA and the National Optical Astronomy Observatory (NOAO) used the WIYN Telescope on Kitt Peak, Arizona, to take some of the first pictures of 'Oumuamua. You can check them out below.

Images of an interloper from beyond the solar system — an asteroid or a comet — were captured on Oct. 27 by the 3.5-meter WIYN Telescope on Kitt Peak, Ariz.
Images of 'Oumuamua—an asteroid or a comet—were captured on October 27.
WIYN OBSERVATORY/RALF KOTULLA

U1 spotted whizzing through the Solar System in images taken with the WIYN telescope. The faint streaks are background stars. The green circles highlight the position of U1 in each image. In these images U1 is about 10 million times fainter than the faint
The green circles highlight the position of U1 in each image against faint streaks of background stars. In these images, U1 is about 10 million times fainter than the faintest visible stars.
R. Kotulla (University of Wisconsin) & WIYN/NOAO/AURA/NSF

Color image of U1, compiled from observations taken through filters centered at 4750A, 6250A, and 7500A.
Color image of U1.
R. Kotulla (University of Wisconsin) & WIYN/NOAO/AURA/NSF

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