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Meet the NASA intern who stumbled on a new planet on his third day – Invest Records

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Ben cukier


As far as impressing your doable new boss goes, discovering a planet on day three of your internship at NASA is up there.

That is what came about to 17-365 days-primitive Wolf Cukier whereas helping out on the recount agency within the US.

He used to be checking photos from its enormous-energy satellite when he seen something strange.

It changed into out to be a new planet, 1,300 light years far flung from Earth. News simply confirmed by NASA.

Wolf, who is now relieve at excessive college in Scarsdale, Unique York, has been talking to Radio 1 Newsbeat about his unparalleled discovery.

He explains that he landed the two-month placement with NASA’s Goddard Region Flight Center when college finished last summer season.

His job? To seem recordsdata beamed relieve by potential of their Transiting Exoplanet Discover about Satellite (TESS) – a recount telescope that looks for planets start air of our solar system.

“I used to be looking out to search out a planet that orbits two stars,” he explains.

He needed to survey adjustments within the brightness of any stars that could well maybe presumably suggest the shadow of a planet passing in entrance.

So simply three days in, when most of us would gathered be making the tea, he used to be having a eye at a solar system many light years far flung from ours and seen something blocking off the sunshine of two stars.

That used to be when he flagged it.

“I took it to my mentor, we regarded on the information from the stars and seen two extra dips in light, so we started doing prognosis to eye if it in point of fact will almost certainly be a planet.”

Image copyright
NASA’s Goddard Region Flight Center

Image caption

An illustration displaying what scientists dangle the planet could well maybe eye like

His finding used to be ample to salvage other scientists eager. And additional inspection revealed a planet that’s nearly 6.9 times as immense as Earth. It be title? TOI 1338 b.

Now now not very catchy but Wolf says he wasn’t requested to help with that.

“I don’t salvage to title the planet. My brother had the root of calling it Wolftopia but I dangle TOI 1338 b is ample.”

TOI 1338 b is never any longer simply any planet though, it is far a circumbinary planet. That as soon as in some time plot it is orbiting around two stars, reasonably than the in fashion one.

Followers of Well-known particular person Wars could well maybe expend that Luke Skywalker’s fictional home, Tatooine, used to be a circumbinary planet. This comparison is never any longer misplaced on Wolf, who parts out that he is that in point of fact wearing a Well-known particular person Wars t-shirt on the present time.

“It be very very like Tatooine, as a minimum how the stars would seem within the sky,” he says. “So, it can well maybe maybe furthermore get dangle of a double sundown.”

But unlike Tatooine this planet is never any longer liveable. Wolf explains that it is more doubtless to be extremely hot and presumably would now not get dangle of a solid floor.

Image copyright
NASA’s Goddard Region Flight Center

Image caption

Well-known particular person Wars followers expend present off – the brand new planet orbits two stars like Luke Skywalker’s fictional home, Tatooine

So does his discovery mean he is assured a job at NASA one day?

“I’ve no view about NASA’s hiring practices but it surely can’t damage! It be an even thing to get dangle of on my CV,” he says.

He provides that the recount agency has been “impressed” by what he finished on his internship though.

“My mentor has been very supportive and angry. I dangle NASA is taken aback with the amount of attention this has been getting.”

As of late, he wears his NASA fleece with pride (over the Well-known particular person Wars t-shirt after all). Now now not a present from the agency to reward him for his achievements, he explains, but bought with a low cost within the employee shop.

Rate it though, as consistent with Wolf it is far a “good jacket.”

Image copyright
NASA’s Goddard Region Flight Center

Image caption

Wolf spotted a pattern which urged a planet used to be continually passing in entrance of two stars

The baby undoubtedly has a future in recount in his sights. After graduating excessive college he wishes to head to college.

“As soon as I’m there I’m planning to search physics and astrophysics,” he says. “From there, a career in recount study is appealing.”

But for now it is relieve to normality for Wolf though he has a chunk of of extra notoriety amongst his excessive college chums.

“I’ve had extra congratulations over the last four days, than I’ve had over the last couple of years mixed. All individuals is incredibly angry. It be a surreal trip.”





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Warm 'blob' could be behind mass starvation of North Pacific seabirds: study – Mission City Record

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A new report suggests a warm “blob” of water could be behind the mass starvation of a North Pacific seabird.

According to a report published in the science journal PLOS ONE, about 62,000 dead or dying common murres washed ashore between California and Alaska between summer 2015 and spring 2016. Carcass recovery brings the death estimate up to around one million in total.

On Jan. 1 and 2, 2016, 6,540 common murre carcasses were found washed ashore near Whitter, Alaska, translating into about 8,000 bodies per mile of shoreline – one of the highest beaching rates recorded during the mass mortality event. (Photo by David B. Irons)

The report says there’s nothing to suggest the emaciated birds died from anything other than starvation.

Additionally, no murre chicks were born at breeding colonies between 2015 and 2017.

READ ALSO: Climate change threatens extinction for most birds, especially in Canada: report

Researchers linked the deaths to a “large mass of unusually warm seawater” known as the “Blob” and the strong El Niño that followed, creating a “severe marine heatwave” stretching from California to Alaska between 2014 and 2016.

In a statement, authors said the mass deaths “raise a red-flag warning about the state of marine ecosystems on the continental shelf of western North America.”

The study links to previous research suggesting that warmer marine temperatures reduce both the quantity and quality of phytoplankton – reducing the health and numbers of fish who eat them and increasing the metabolic needs of larger fish that compete with murres for food.

Researchers hypothesize that the warm water ultimately led to the birds’ mass starvation and lack of reproduction.

The murre die-off revealed a major disruption in marine food webs, with alarming declines not only in murres, but in other seabirds, commercial fish and great whales between 2016 and 2019.

Researchers say they are only beginning to understand “the mechanisms and full magnitude of effects of the 2014-16 heatwave, and what it portends if such heatwaves become stronger and more frequent, as predicted.”

READ ALSO: Three billion fewer birds in North America than in 1970, study finds



nina.grossman@blackpress.ca

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Powerful gases ripping a hole in the ozone

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Half of Arctic climate change between 1955 and 2005 may be attributed to ozone-depleting substances banned in 1987 by the Montreal Protocol.
Image: Mario Tama / Getty Images
They were once abundant, in our hairsprays, bug sprays, and refrigerators. And then scientists figured out these substances ripped a hole in the ozone layer, leading to a 1987 plan to phase them out that over time would be agreed to by every country in the world.

More than three decades later, researchers have made a new discovery.

Ozone-depleting substances do more than just gnaw at Earth’s protective layer. They’re also greenhouse gases, so they contribute to the planet’s overall warming by trapping heat, too. And now we may know just how much these substances have contributed to Arctic warming, thanks to a study published in the science journal Nature on Monday.

Between 1955 and 2005, ozone-depleting gases caused half of Arctic climate change (and a third of overall global warming), the study finds. This is primarily due to their heat-trapping qualities, not their ozone munching. The Arctic has seen rapidly melting sea ice for years and is warming faster than the rest of the world. When the sea ice melts in the Earth’s northernmost region, sea levels rise across the globe leading to potential flooding.

Between 1955 and 2005, ozone-depleting gases caused half of Arctic climate change.

These ozone-depleting gases include chlorofluorocarbons (CFCs), which we’ve been cracking down on since the global agreement known as the Montreal Protocol was finalized 33 years ago. CFCs, which include propellants and refrigerants, have been around since the 1920s and 1930s. Their popularity peaked in the late 20th century and have been on the decline since the Montreal Protocol.

To quantify the climate impact of ozone-depleting gasses, scientists from Columbia University, the Institute for Atmospheric and Climate Sciences in Switzerland, and University of Toronto used climate models to run a variety of simulations. In one, they tested what would happen if stratospheric ozone and the pesky gases that hurt it stayed at 1955 levels. Research on CFCs’ climate impacts beyond ozone depletion is scant, even though they can trap more heat than climate change poster child carbon dioxide, the study notes.

The study’s findings not only give an extra gold star to the much-acclaimed Montreal Protocol, but also provide a bit of hope when so much climate change research focuses on doom and gloom.

“Our findings also have implications for the future because the phase-out of [ozone-depleting substances], which is well under way, will substantially mitigate Arctic warming and sea-ice melting in the coming decades,” the study explains.

Indeed, Cecilia Bitz, a climate scientist at the University of Washington in Seattle who was not involved in the study, told Nature, “It’s a very important paper because it has a little shred of optimism.”

Don’t get too excited just yet, though. More studies that replicate these findings need to be done to corroborate the evidence, Bitz, the study authors, and other scientists say.

Then there’s also the problem of CFCs still being used despite global crackdowns. For example, China is struggling to tamp down on illegal CFC production. In addition, we’ve just begun to tackle hydrofluorocarbons (HFCs), which air conditioner and refrigerator manufacturers turned to when they were blocked from CFCs, on a global scale. HFCs are less harmful for the ozone than CFCs, but like their loathed counterpart, they’re more powerful than carbon dioxide when it comes to trapping heat.

And to be clear, weakening the ozone is still a very bad trait to have. Scientists expect it’ll take another 50 years before the ozone hole over Antarctica is back to its 1980 level.

Sorry to be a downer.

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'Dancing dragon' feathered dinosaur fossil discovered in China – CNN

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Researchers named the dinosaur Wulong bohaiensis, which translates to “a dancing dragon.”
The dinosaur was about the size of a raven but double its length with a long, bony tail. Its entire body was covered with feathers, complete with two plumes at the tail’s end.
Despite its small size, it had a fierce, narrow face and a mouth full of sharp teeth. Like a bird, it had small, light bones and wing-like forelimbs. And there were also a number of feathers on its legs.
The fossil was initially discovered in the fossil-filled Jehol Province a decade ago by a farmer and was placed in China’s Dalian Natural History Museum.
Researchers, including Ashley Poust, a postdoctoral researcher at the San Diego Natural History Museum, later analyzed the fossil (at the time, Poust was still a student at Montana State University).
Insects trapped in amber show that lice munched on feathered dinosaurs
The findings were published last week in the journal The Anatomical Record.
“The new dinosaur fits in with an incredible [range] of feathered, winged animals that are closely related to the origin of birds,” Poust, the study’s author, said. “Studying specimens like this not only shows us the sometimes surprising paths that ancient life has taken, but also allows us to test ideas about how important bird characteristics, including flight, arose in the distant past.”
An artist rendering of what Wulong bohaiensis might have looked like. An artist rendering of what Wulong bohaiensis might have looked like.
This dinosaur was a juvenile when it died, according to its bones, but its feathers resembled that of a mature adult. This suggests that the feathers grew quickly, unlike modern birds, which take time to grow their mature feathers.
“Either the young dinosaurs needed these tail feathers for some function we don’t know about, or they were growing their feathers really differently from most living birds,” Poust said.
Trapped in place: A weird ancient bird foot in amber and the lizard in a Microraptor's stomachTrapped in place: A weird ancient bird foot in amber and the lizard in a Microraptor's stomach
The dinosaur was an early relative of Velociraptors, which lived 75 million years ago. Its contemporaries would have been Microraptors, small feathered dinosaurs that resembled birds.
The researchers actually sliced into several bones from the fossil and studied them with microscopes to understand the different regions of the skeleton. They also compared it to a close relative that also appeared more mature, known as the Sinornithosaurus.
'Frozen dragon of the north wind' was one of the largest animals to ever fly'Frozen dragon of the north wind' was one of the largest animals to ever fly
Surprisingly, that dinosaur was also still growing when it died. The researchers said that histology, or cutting up the bones, was the only way for them to truly know the life stage of the dinosaurs when they died.
Fluffy dinosaurs used to live at the South Pole, scientists sayFluffy dinosaurs used to live at the South Pole, scientists say
“We’re talking about animals that lived twice as long ago as T. rex, so it’s pretty amazing how well-preserved they are,” Poust said. “It’s really very exciting to see inside these animals for the first time.”
Fossils from the Jehol Province have painted a portrait of the diverse life that once flourished there. It’s an area in northeastern China full of exceptionally preserved fossil discoveries that has been studied for the past 90 years.
A closer look at the skull, along with a detailed drawing.A closer look at the skull, along with a detailed drawing.
Researchers learned that birds, pterosaurs and bird-like dinosaurs all lived in the environment at the same time. This is also when flowering plants initially began to flourish.
“There was a lot of flying, gliding and flapping around these ancient lakes,” Poust said. “As we continue to discover more about the diversity of these small animals, it becomes interesting how they all might have fit into the ecosystem. It was an alien world, but with some of the earliest feathers and earliest flowers, it would have been a pretty one.”

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