Tag Archives: Paper

Wild New Paper Claims Earth May Be Surrounded by a Giant Magnetic Tunnel

Mysterious structures in the sky that have puzzled astronomers for decades might finally have an explanation – and it’s quite something.

The North Polar Spur and the Fan Region, on opposite sides of the sky, may be connected by a vast system of magnetized filaments. These form a structure resembling a tunnel that circles the Solar System, and many nearby stars besides.

 

“If we were to look up in the sky,” said astronomer Jennifer West of the University of Toronto in Canada, “we would see this tunnel-like structure in just about every direction we looked – that is, if we had eyes that could see radio light.”

We’ve known about the two structures for quite some time – since the 1960s, in fact – but they have been difficult to understand. That’s because it’s really hard to work out exactly how far away they are; distances have ranged from hundreds to thousands of light-years away.

However, no analysis had ever linked the two structures together. West and her colleagues were able to show that the two regions, and prominent radio loops in the space between them, could be linked, solving many of the puzzling problems associated with both.

Comparison with a real tunnel showing orientation. (Left: Pixabay/wal_172619/J. West; Right: Dominion Radio Astrophysical Observatory/Villa Elisa telescope/ESA/Planck Collaboration/Stellarium/J. West)

“A few years ago, one of our co-authors, Tom Landecker, told me about a paper from 1965, from the early days of radio astronomy. Based on the crude data available at this time, the authors (Mathewson & Milne), speculated that these polarized radio signals could arise from our view of the Local Arm of the galaxy, from inside it,” West explained.

“That paper inspired me to develop this idea and tie my model to the vastly better data that our telescopes give us today.”

 

Using modelling and simulations, the researchers figured out what the radio sky would look like, if the two structures were connected by magnetic filaments, playing with parameters such as distance to determine the best fit.

From this, the team was able to determine that the most likely distance for the structures from the Solar System is around 350 light-years, consistent with some of the closer estimates. This includes an estimate for the distance of the North Polar Spur earlier this year based on Gaia data, which found that almost all of the spur is within 500 light-years.

The entire length of the tunnel modelled by West and her team is around 1,000 light-years.

Light intensity of the North Polar Spur (top) and Fan Region (bottom). (West et al., arXiv, 2021)

This model is in agreement with a wide range of observational properties of the North Polar Spur and Fan Region, including the shape, the polarization of the electromagnetic radiation (that is, how the wave is twisted), and the brightness.

“This is extremely clever work,” said astronomer Bryan Gaensler of the University of Toronto.

 

“When Jennifer first pitched this to me, I thought it was too ‘out-there’ to be a possible explanation. But she was ultimately able to convince me! Now I’m excited to see how the rest of the astronomy community reacts.”

More work is needed to first confirm the findings, and then model the structure in greater detail. But doing so may help to solve an even bigger mystery: the formation and evolution of magnetic fields in galaxies, and how these fields are maintained. It could also, the researchers said, provide context for understanding other magnetic filamentary structures found around the galaxy.

The team is planning to perform more complex modelling; but, they suggest, more sensitive, higher-resolution observations would help reveal hidden details that show how the structure fits into the broader galactic context.

“Magnetic fields don’t exist in isolation. They all must connect to each other. So a next step is to better understand how this local magnetic field connects both to the larger-scale galactic magnetic field, and also to the smaller scale magnetic fields of our Sun and Earth,” West said.

“I think it’s just awesome to imagine that these structures are everywhere, whenever we look up into the night sky.”

The research is due to appear in The Astrophysical Journal, and is available on arXiv.

Cover image credit: Dominion Radio Astrophysical Observatory/Villa Elisa telescope/ESA/Planck Collaboration/Stellarium/J. West

 

Read original article here

Seminal Michael Faraday paper digitally stored in fluorescent dyes

Harvard researchers have developed a data-storage approach based on mixtures of fluorescent dyes that are printed onto an epoxy surface in tiny spots. The mixture of dyes at each spot encodes information that is then read with a fluorescent microscope.

Optical disks, flash drives, and magnetic hard disk drives can only store digital information for a few decades, and they tend to require a lot of energy to maintain, making these methods less than ideal for long-term data storage. So researchers have been looking into using molecules as alternatives, most notably in DNA data storage. Those methods come with their own challenges, however, including high synthesis costs and slow read and write rates.

Now, Harvard University scientists have figured out how to use fluorescent dyes as bits for a cheaper, faster means of data storage, according to a new paper published in the journal ACS Central Science. The researchers tested their method by storing one of 19th-century physicist Michael Faraday’s seminal papers on electromagnetism and chemistry, as well as a JPEG image of Faraday.

“This method could provide access to archival data storage at a low cost,” said co-author Amit A. Nagarkar, who conducted the research as a postdoctoral fellow in George Whitesides’ Harvard lab. “[It] provides access to long-term data storage using existing commercial technologies—inkjet printing and fluorescence microscopy.” Nagarkar is now working for a startup company that wants to commercialize the method.

Enlarge / Amit Nagarkar helped develop a data-storage system that uses fluorescent dyes while a postdoc in George Whitesides’ lab at Harvard University.

Kris Snibbe/Harvard Staff

There’s good reason for all the interest in using DNA for data storage. As we’ve reported previously, DNA has four chemical building blocks—adenine (A), thymine (T), guanine (G), and cytosine (C)—which constitute a type of code. Information can be stored in DNA by converting the data from binary code to a base-4 code and assigning it one of the four letters. DNA has significantly higher data density than conventional storage systems. A single gram can represent nearly 1 billion terabytes (1 zettabyte) of data. And it’s a robust medium: the stored data can be preserved for long periods of time—decades, or even centuries.

DNA data storage has progressed noticeably in recent years, leading to some inventive twists on the basic method. For instance, two years ago, Stanford scientists successfully fabricated a 3D-printed version of the Stanford bunny—a common test model in 3D computer graphics—that stored the printing instructions to reproduce the bunny. The bunny holds about 100 kilobytes of data, thanks to the addition of DNA-containing nanobeads to the plastic used to 3D print it.

But using DNA also presents imposing challenges. For instance, storing and retrieving data from DNA usually takes a significant amount of time, given all the sequencing required. And our ability to synthesize DNA still has a long way to go before it becomes a practical data-storage medium. So other scientists have explored the possibility of using nonbiological polymers for molecular data storage, decoding (or reading) the stored information by sequencing the polymers with tandem mass spectrometry. However, synthesizing and purifying the synthetic polymers is a costly, complicated, and time-consuming process.

Enlarge / Nagarkar displays tiny dye molecules used to store information.

Kris Snibbe/Harvard Staff

In 2019, Whitesides’ lab successfully demonstrated the storage of information in a mixture of commercially available oligopeptides on a metal surface, with no need for time-consuming and expensive synthesis techniques. The lab used a mass spectrometer to distinguish between the molecules by their molecular weight to read the stored information. But there were still some issues, most notably that the information was destroyed during the readout. Also, the readout process was slow (10 bits per second), and scaling down the size proved problematic, since decreasing the laser spot size resulted in an increase in noise in the data.

So Nagarkar et al. decided to look into molecules that could be distinguished optically rather than by molecular weight. Specifically, they chose seven commercially available fluorescent dyes of different colors. To “write” the information, the team used an inkjet printer to deposit solutions of mixed fluorescent dyes onto an epoxy substrate containing certain reactive amino groups. The subsequent reaction forms stable amide bonds, effectively locking the information in place.

Read original article here

A New Paper Claims Photosynthesis Could Be Possible in The Clouds of Venus

The putative detection of phosphine gas in the atmosphere of Venus raised the fascinating question of whether it could be of biological origin.

Given how inhospitable Venus appears to be to life as we know it, the question raised a furor. But scientists have now determined that the hellacious planet could indeed be habitable after all – aloft in the clouds, high above the scorching surface.

 

Specifically, the level of solar irradiation at specific altitudes is comparable to solar irradiation on Earth, meaning that airborne photosynthesizing microbes could conceivably survive at those altitudes. Moreover, the thick cloud layer would provide some protection against harmful ultraviolet radiation, and it’s possible that the acidity in those clouds is less than predicted and within acceptable parameters for life.

“Together,” the researchers wrote in their paper, “these photophysical and chemical considerations support a potential for phototrophy in Venus’ clouds.”

When it comes to habitability, Venus looks pretty unlikely. Conditions on the surface really are hellish. The planet is completely shrouded in a thick atmosphere made up almost entirely of carbon dioxide that rotates 60 times faster than the planet itself, producing insane winds.

The sky is filled with thick clouds of sulfuric acid, and its atmospheric pressure at 0 altitude is almost 100 times greater than Earth’s. If that weren’t bad enough, it’s lander-meltingly hot, with an average surface temperature of 471 degrees Celsius (880 degrees Fahrenheit).

So when astronomers announced that they had detected phosphine gas in the planet’s atmosphere last year, controversy ensued. That’s because one of the explanations for its presence could be microorganisms.

 

Phosphine can be found here on Earth in very limited contexts, one of which is anaerobic, or low oxygen, ecosystems. It’s found in swamps and sludges, where anaerobic microbes thrive; it’s found in intestines and intestinal gas. Somehow, anaerobic microorganisms produce phosphine, and the clouds of Venus are anaerobic.

A biological origin is not the only explanation – a volcanic origin is also possible – but in order to assess the feasibility of a biological origin in the first place, a proper analysis of the habitability of Venus definitely wouldn’t go astray.

So, led by biochemist Rakesh Mogul of California State Polytechnic University, Pomona, a team of scientists set about conducting one. First, they examined the level of sunlight that can penetrate Venus’s clouds. We have data from Russia’s Venus expedition between 1967 and 1983; none of their probes survived long on the surface, but they did send back measurements they took of the clouds during their descents.

From these and other historic measurements, the researchers were able to calculate the light levels within the clouds, and determined that irradiances in Venus’s middle and lower clouds are similar to those at Earth’s surface, where photosynthetic life is abundant.

 

But light levels alone are insufficient. A study earlier this year found that there is simply not enough water activity in Venus’ clouds to support life as we know it. But that might not be the case if the composition of Venus’ clouds is not what we think it is. Current estimates place the concentration of sulfuric acid at 75 percent for the middle clouds and 98 percent for the lower clouds.

Mogul and his team revisited Venus data and determined that the signatures indicating sulfuric acid could also be caused by neutralized forms of sulfuric acid, like ammonium bisulfate. If this is the case, then there could be significantly more water activity – and significantly less acidity – in Venus’ clouds than previous estimates suggest.

This is not to say that this is the case. The research is intended to establish that this is simply possible – which, in turn, opens pathways avenues for future research, including more detailed analysis of the Venusian atmosphere, to determine habitability.

“Our study provides tangible support for the potential for phototrophy and/or chemotrophy by microorganisms in Venus’s clouds,” Mogul said.

“The acidity and water activity levels potentially fall within an acceptable range for microbial growth on Earth, while the constant illumination with limited UV suggests that Venus’s clouds could be hospitable for life. We believe that Venus’s clouds would make a great target for habitability or life detection missions, like those currently planned for Mars and Europa.”

The research has been published in Astrobiology.

 

Read original article here

Costco brings back purchase limits on toilet paper and more

People shop for toilet paper at a Costco store in Novato, California on March 14, 2020.

Josh Edelson | AFP | Getty Images

Costco Chief Financial Officer Richard Galanti said Thursday the company wants to make sure it has essential items at stores, even as shipping delays and truck driver shortages make it hard to keep them on shelves.

During an earnings call, he said the retailer is “putting some [purchase] limitations on key items.” Those include toilet paper, paper towels, bottled water and high-demand cleaning products. He did not specify how many of each item customers will be able to buy.

The product limits are being prompted by a different cause than in earlier phases of the pandemic, when stores saw unusually high demand for paper products and antibacterial wipes as customers stockpiled those goods.

“A year ago there was a shortage of merchandise,” Galanti said. “Now they got plenty of merchandise but there’s two- or three-week delays on getting it delivered because there’s a limit on short-term changes to trucking and delivery needs of the suppliers so it really is all over the board.”

The membership-only warehouse chain beat analysts’ expectations on Thursday for the fiscal fourth quarter, which ended Aug. 29. Yet like other retailers, Galanti said the pandemic has challenged Costco’s supply chain and increased its costs.

Costco is placing earlier orders to get what it needs, Galanti said. He added the company has chartered three ocean vessels for the next year to transport containers between Asia and the U.S. and Canada. Each ship can carry 800 to 1,000 containers at a time, he said.

As early as August, there had been some social media posts about product limitations for some of its private-label products. This week, the retailer warned some customers that they may see delays when they placed an online order for toilet paper — a household item that become synonymous with stockpiling. That delay was first reported by Fox Business, which saw it mentioned in a purchase order confirmation email.

Galanti said on Thursday that demand was strong for jewelry, home furnishings, pharmacy and sporting goods during the latest three-month period. He said the retailer — best known for big and bulky — “sold a couple of rings in the $100,000 range.”

Costco’s shares were up less than 1% on Thursday evening. As of the market’s close, the stock had gained 20% this year, bringing its market value to $200.16 billion.

Read original article here

After 140 Years, Biologists Have ‘Resurrected’ The Genus of These Weird Yellow Cells

Deep in the tissues of sea anemones, corals, and jellyfish are strange yellow cells which are genetically distinct from the marine animals.

More than a century after these cells were first assigned a now forgotten genus, a new paper has resurrected the name and described six new species from around the world.

 

“Because our team comprises scientists from seven countries, we were able to collect all of these samples, and some during the global pandemic,” said lead author of the study, biologist Todd LaJeunesse from Penn State University.

“This study highlights how the spirit of scientific discovery brings people together, even in times of hardship.”

First described in 1881, the yellow things were originally classified under the genus Zooxanthella by scientist Karl Brandt. Brandt also coined the term zooxanthellae, which is used colloquially to this day.

However, another scientist – a Scotsman called Patrick Geddes – was investigating these yellow cells at the same time. In 1882, without having seen Brandt’s work, Geddes discovered that not only were the cells separate from the animals they were within (something Brandt had also established), but that they were beneficial, acting as mutualistic symbiotes.

The genus Geddes established to categorize these cells was Philozoon, from the Greek words for ‘to love as a friend’ and ‘animal’. Unfortunately, Brandt came first, so the Philozoon genus was never used; Geddes switched to work in urban planning, and the newly named genus was largely forgotten.

 

We are now well aware that these odd microorganisms Geddes and Brandt worked on back in the day are photosynthetic dinoflagellates – single-celled algae found in symbiosis with other marine life, such as corals – under the family Symbiodiniaceae.

In the new study, researchers took a closer look at these yellow cells, using genetic data, geographical data and morphology to analyze where exactly they should sit in the genetic tree.

And after determining that these creatures need to be put into a new genus, the team pulled the genus Philozoon out of retirement for two old species and six new ones.

“We emend the genus Philozoon Geddes and two of its species, P. medusarum and P. actiniarum, and describe six new species,” the team wrote in their paper.

“Each symbiont species exhibits high host fidelity for particular species of sea anemone, soft coral, stony coral and a rhizostome jellyfish.” 

The team wrote that Philozoon are found in shallow, temperate marine habitats around the world, including the Mediterranean Sea, eastern Australia, New Zealand, and Chile.

“Since most of the algae in the family Symbiodiniaceae have been thought to be mostly tropical where they are critical to the formation of coral reefs, finding and describing these new species in cold waters highlights the capacity of these symbioses to evolve and live under a broad range of environmental conditions,” explains LaJeunesse.

“Life finds a way to persist and proliferate.”

The research has been published in the European Journal of Phycology.

 

Read original article here

US China strategy paper Longer Telegram stirs little debate in Beijing

Flags of U.S. and China are displayed at American International Chamber of Commerce (AICC)’s booth during China International Fair for Trade in Services in Beijing, China, May 28, 2019.

Jason Lee | Reuters

BEIJING — A recent U.S. strategy paper on China that’s widely read in Washington, D.C., has drawn only a passing response in Beijing where limited public discussion has focused on one point: The author got China wrong.

“The Longer Telegram” released in late January proposed how the new U.S. administration should deal with a rising China by laying out a detailed critique of the Communist Party government under President Xi Jinping.

An effective U.S. approach on China requires the “same disciplined approach it applied to the defeat of the Soviet Union,” the paper said. “US strategy must remain laser focused on Xi, his inner circle, and the Chinese political context in which they rule.”

The anonymous author is a “former senior U.S. government official,” according to the D.C.-based think tank Atlantic Council that published the lengthy paper.

The piece attempts to echo a historic document that shaped Washington’s policy on the Soviet Union — named the “The Long Telegram,” it was sent from Moscow in February 1946 at the dawn of the Cold War.

So far in Beijing, major state media have not discussed the paper much, except for the vociferous state-backed tabloid Global Times, and even then, almost entirely in English. “‘Longer Telegram’ a late-stage hegemonic farce,” read the title of one op-ed.

On the official news website of China’s People’s Liberation Army, an article in Chinese portrayed the strategy piece as holding an outdated mentality, and contrasted its view of the country with a recent state media report about a Chinese woman’s ability to rise from poverty.

US strategy must remain laser focused on Xi, his inner circle, and the Chinese political context in which they rule

anonymous

The Longer Telegram

China’s foreign ministry — in response to a question from a Global Times reporter — criticized “The Longer Telegram” for its call to contain China.

The ministry said, according to an official translation, that such comments against the ruling Communist Party were “a collection of rumors and conspiracy theories” and attempts to drive U.S.-China relations toward conflict would result in “total failure.”

The sparse state-level comments come as tensions brew between the U.S. and China, the world’s two largest economies and run by vastly different government systems.

“The Longer Telegram” generated much controversy in the U.S. foreign policy world, with critics saying the paper mischaracterizes China and puts too much emphasis on the role of Xi. But many agree with the paper’s call for a more thought-out U.S. policy on China.

That growing cohesion around a tougher U.S. stance on China is a source of concern in Beijing.

“The Longer Telegram” doesn’t represent China’s reality and isn’t a good starting point for dialogue, said Shen Yamei, deputy director and associate research fellow at state-backed think tank China Institute of International Studies’ U.S. department.

According to Shen, the mistake the paper makes is that it isn’t applicable in this situation, since China didn’t say it wanted to replace the U.S. She added that it’s the U.S. that cares about whether it will lose its central position in the world.

Critics say China’s state-dominated system benefited from being allowed to join the World Trade Organization in 2001 without rapidly incorporating the sort of free-market and rules-based system that countries like the U.S. have advocated.

A history of the long telegram

To counter these developments, “The Longer Telegram” says the U.S. should set clear red lines and points of national security for Beijing that, if crossed, would induce a firm U.S. response.

Some of these red lines include a Chinese military attack or economic blockade on Taiwan, according to the report, which also said the U.S. should push back more firmly on any Chinese threats to U.S. global communications systems.

The author of the original “Long Telegram” in 1946 was American diplomat George Kennan, who responded from Moscow to a U.S. State Department query on Soviet foreign policy. Kennan published a related article the next year in the Foreign Affairs magazine under the pseudonym “X” and in 1952 began a brief term as U.S. ambassador to Moscow.

In his paper, Kennan held that the Russians were set on expanding the Soviet system worldwide and against coexistence with the West. He believed that rather than appeasement, the U.S. should use pressure to achieve cooperation with the Soviet government, or potentially even its internal collapse.

For more than 70 years — including the Soviet Union’s disintegration in 1991 — the U.S. led a so-called liberal world order in which international institutions set rules for a global system.

That’s begun to shift in the last decade or so, with China’s growing economic and technological clout, alongside former U.S. President Donald Trump’s single-handed approach to foreign policy.

The online response

It’s not yet clear what action President Joe Biden will take, but he is sticking to a tough stance on China, albeit with a calmer tone than the previous administration.

“The challenges with Russia may be different than ones with China, but they’re just as real,” Biden told European allies in a speech last week.

Biden held his first phone call as president with Xi earlier this month. The U.S. president and first lady also issued a video greeting for the Lunar New Year, which was shared widely on Chinese social media.

Scattered online commentary about “The Longer Telegram” have remained dismissive.

In a roughly 30-minute video from Feb. 5 that has more than 900,000 views, Fudan University professor Shen Yi dismissed as a joke the paper’s attempt to replicate Kennan’s efforts.

An online article from Feb. 7 by Zhongnan University of Economics and Law professor Qiao Xinsheng said in an online article the strategy paper fails to accurately analyze the Soviet Union’s own difficulties and that the U.S. should not expect China to “disintegrate.”

Read original article here

The AI research paper was real. The “co-author” wasn’t

Getty Images

David Cox, the co-director of a prestigious artificial intelligence lab in Cambridge, Massachusetts, was scanning an online computer science bibliography in December when he noticed something odd—his name listed as an author alongside three researchers in China whom he didn’t know on two papers he didn’t recognize.

At first, he didn’t think much of it. The name Cox isn’t uncommon, so he figured there must be another David Cox doing AI research. “Then I opened up the PDF and saw my own picture looking back at me,” Cox says. “It was unbelievable.”

It isn’t clear how prevalent this kind of academic fraud may be or why someone would list as a co-author someone not involved in the research. By checking other papers written by the same Chinese authors, WIRED found a third example, where the photo and biography of an MIT researcher were listed under a fictitious name.

It may be an effort to increase the chances of publication or gain academic prestige, Cox says. He says he has heard rumors of academics in China being offered a financial reward for publishing with researchers from prestigious Western institutions.

Whatever the reason, it highlights weaknesses in academic publishing, according to Cox and others. It also reflects a broader lack of rules around the publishing of papers in AI and computer science especially, where many papers are posted online without review beforehand.

“This stuff wouldn’t be so harmful if it didn’t undermine public trust in peer review,” Cox says. “It really shouldn’t be able to happen.”

Cox, who directs the MIT-IBM Watson AI Lab, a collaboration that explores fundamental challenges in AI, was credited as a co-author on two papers in the niche journal Cluster Computing. One paper concerned a machine-learning method for protecting mobile networks from cyberattack; another outlined a networking scheme for a smart transportation system in Macau.

The paper identified by WIRED, about another smart transportation project, listed as one author “Bill Franks,” allegedly a professor in MIT’s electrical engineering department. There is no Bill Franks in MIT’s electrical engineering department. The paper, which appeared in IEEE Transactions on Industrial Informatics, showed a bio and photograph for a real MIT professor, Saman Amarasinghe, alongside the bogus name. Amarasinghe did not respond to requests for comment via email and an MIT spokesperson.

“The article in question has been retracted”

All three papers have since been retracted, and the publishers say they are investigating. But Cox was angered that the journals would publish something so obviously fake in the first place. He says IEEE quickly retracted the paper listing Bill Franks.

“Our investigation found evidence of a violation of IEEE’s policies, and, in accordance with our editorial procedures, the article in question has been retracted,” says Monika Stickel, director of corporate communications and brand marketing at IEEE.

But Cox says it wasn’t until he threatened legal action that Springer Nature, the publisher of Cluster Computing, removed his name from the two papers and issued a retraction. He was told that the journal had received an email confirming him as an author, although that came through a Hotmail address.

“The fundamental challenge that we face is that publishing has, for decades, functioned based on trust,” says Suzanne Farley, research integrity director at Springer Nature. “Unfortunately, it has become clear that there are some individuals and groups who are intent to deceive and abuse this trust, as well as cases in which there are honest mistakes and misunderstanding.”

Farley says sometimes academics do not use an institutional email address, in which case efforts are made to confirm that the address and the author are legitimate.

According to Retraction Watch, a website that tracks cases of academic fraud, one of the Chinese authors, Daming Li, a researcher affiliated with the City University of Macau, blamed the situation on a junior author, Xiang Yao, who is affiliated with a company Zhuhai Da Hengqin Science and Technology Development. Li told the publication that Yao added Cox’s name after “listening to his good ideas” and said the researcher had been fired. Li and Yao did not respond to emailed requests for comment.

Ruixue Jia, a professor at UC San Diego who has studied Chinese academia, says the authors may have wanted to “fake some international collaboration, which is often encouraged by universities.”

“Fabricating the appearance of scholarly dialog”

In an earlier example of academic fraud, more than 1,000 papers were retracted between 2012 and 2015 because one or more of the peer reviewers turned out to be fake, according to Retraction Watch.

Cox says the incident shows how poor the quality of some published academic work is. “In some sense, I think what happened to me was the system working ‘as it should,’” he says. “The whole thing is about fabricating the appearance of scholarly dialog.”

Brent Hecht, a researcher at Microsoft and Northwestern University who focuses on ethical issues around computer science, says the lax approach is broader. Many papers are first published without peer review on arXiv, a server where researchers can read the latest work. He notes that without peer review the affiliations of authors on these papers can serve as a proxy for legitimacy and quality. “Science works on an economy of credit, so when credit is improperly assigned or gained, everyone loses,” Hecht says.

This story originally appeared on wired.com.

Read original article here

Ex-NY Times editor Bari Weiss bashes former paper over ‘press release’ praising Kamala Harris’ stepdaughter

Former New York Times opinion columnist and editor Bari Weiss mocked her former employer on Thursday, saying the Gray Lady published a “press release” about Vice President Kamala Harris’s stepdaughter.

Weiss seemed to feel the paper lived up to its reputation that it favors liberals when it published a story praising Harris’ stepdaughter for receiving a modeling contract

The piece headlined, “Ella Emhoff Gets a Major Modeling Contract,” called her a “breakout star” of the inauguration, The Daily Wire flagged.

LOS ANGELES TIMES MOCKED AFTER DEDICATING NEW BEAT TO CELEBRATING KAMALA HARRIS: ‘BLATANT HAGIOGRAPHY’

“One week after the Miu Miu coat she wore at President Biden’s swearing in went viral, Ella Emhoff, the 21-year-old stepdaughter of Vice President Kamala Harris, became the newest face at IMG Models, one of the world’s most prestigious modeling agencies,” Times reporters Vanessa Friedman and Jessica Testa wrote

The report featured the president of IMG Models fawning over Emhoff, promoted everything from her Instagram account to her tattoos, and claimed that the fashion world is embracing the Biden administration’s “focus on diversity and empathy” after four “antagonistic” years of dealing with the Trump administration.

LOS ANGELES TIMES MOCKED AFTER DEDICATING NEW BEAT TO CELEBRATING KAMALA HARRIS: ‘BLATANT HAGIOGRAPHY’

Cole and Ella Emhoff arrive during the 59th Presidential Inauguration at the U.S. Capitol in Washington, Wednesday, Jan. 20, 2021. (AP Photo/Andrew Harnik)

“Emhoff throws a crocheted grenade at the image of typical D.C. political offspring, with a style that could be termed Wes Anderson chic. In her selfies, she doesn’t wear much makeup and doesn’t carefully blow-dry her naturally curly hair. She shows off her armpit hair and cartoonish tattoos, which include eggs and bacon in the shape of a smiley face and a cow,” the Times reported.

Weiss took notice of the glowing piece and mocked it on Twitter.

“A modeling contract (!!) “speaks to the fashion world’s growing embrace of the Biden administration, with its focus on diversity and empathy, after four antagonistic years with the Trump administration,” Weiss wrote. “Please enjoy this press release!”

Weiss published a scathing resignation letter in July that she sent to Times publisher A.G. Sulzberger on her personal website. She said she was was bullied by colleagues for her heterodox views in an “illiberal environment.”

She added she didn’t understand how toxic behavior is allowed inside the newsroom and “showing up for work as a centrist at an American newspaper should not require bravery.”

Weiss wasn’t the only person to criticize the Times’ article, with others like The Atlantic’s Conor Friedersdorf noting the Times made no mention of Emhoff likely getting the deal because of her famous stepmother.

CLICK HERE TO GET THE FOX NEWS APP

Read original article here

Bitcoin White Paper Now Hosted by Everyone From Square to Facebook. Here’s Why

Some of the Bitcoin community’s most prominent voices (and also Facebook subsidiary Novi) are now hosting the Bitcoin white paper.

The move follows legal threats from nChain Chief Scientist Craig Wright levied against the nonprofit that has long hosted crypto’s foundational document.

“Yesterday both Bitcoin.org and Bitcoincore.org received allegations of copyright infringement of the Bitcoin whitepaper by lawyers representing Craig Steven Wright,” the nonprofit wrote Thursday morning.

(Bitcoin was created by the pseudonymous Satoshi Nakamoto, who has yet to be conclusively identified; Wright has repeatedly made claims that he is Satoshi.)

Seemingly in response to the takedown notice, a wave of crypto firms have published the white paper on their websites. As of press time they include:

Others are likely to join in.

The document has been uploaded to Arweave, a distributed platform for “permanent” file storage. It is also being stored on the “uncensorable web” via the InterPlanetary File System (IFPS) and the Ethereum Name Service (ENS).

Bitcoincore.org appears to have taken down its copy of the Bitcoin white paper. The PDF is still live, however, on Bitcoin.org.

This is a developing story and will be updated.



Read original article here