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Post by WingsofCrystal on Aug 6, 2018 12:08:17 GMT
Good Monday morning all,
Strange Company
Posted by Undine
Monday, August 6, 2018
The Baker: Baked?
With some disappearances, it is a complete mystery whether it is a case of foul play, suicide, or a simple desire to start a new life. With others, you can make a fairly educated guess what happened, but lacking a body, it is impossible to have any definitive resolution. This week, we will be looking at a notorious example of the latter, centering around a baker who rejoiced in the impressive name of Urban Napoleon Stanger.
Stanger was born in Germany circa 1843. Some time around 1870, he and his wife Elizabeth emigrated to London, where he started a bakery in the East End. Stanger was frugal, hard-working, and a dab hand with the breads and pies, to boot, so his little business was an almost instant success. The stolid, mild-mannered baker may not have been the most interesting of men, but he was a prosperous and worthy citizen.
Elizabeth Stanger was another matter. Mrs. Stanger was a flashy, indolent sort who spent money as assiduously as her husband earned it. She was also a quarrelsome, demanding woman who henpecked her meek spouse unmercifully--particularly when, as so often happened, she had had a bit too much to drink. She was even known to attack her husband with his own loaves of bread. The Stangers may not have been the ideal couple, but for some years they were a quite ordinary one.
This changed when Franz Felix Stumm entered the picture. He too was a native German who had opened his own bakery. However, his business was not nearly as successful, and he was deeply in debt. Fortunately for him, Stanger was willing to offer a helping hand to his fellow countryman, and often hired Stumm to work around his bakery. Although Stumm was married, he and Elizabeth Stanger also became friends--according to scandalized neighborhood gossip, very, very good friends indeed. Urban, preoccupied as always with business affairs, was either unaware of or indifferent to the rumors involving his wife and his chum. Even more curiously, Mrs. Stumm also seemed perfectly content with the relationship.
On the night of November 12, 1881, Stanger went out to the pub with Stumm and another of his employees, Christian Zentler. All seemed in the best of spirits. Shortly before midnight, Stanger said an amicable good-night to his friends and entered his home.
When Zentler arrived at the bakery the next morning, he was met with a surprise. Instead of being greeted as usual by his boss, he found a "little put out" Mrs. Stanger. She ordered Zentler to immediately go fetch Franz Stumm. Mr. Stanger had suddenly taken it into his head to return to Germany, she explained, and he wanted Stumm to manage the bakery in his absence.
It was soon clear that Stumm was taking Mr. Stanger's place in more ways than one. Within a few days, he completely abandoned his own home in favor of Stanger's. His creditors were paid off with checks purportedly signed by the absent Urban. Franz and Elizabeth were often seen parading through the streets arm-in-arm. Then Stumm painted out Mr. Stanger's name from the front of the bakery and substituted his own. When asked about Mr. Stanger's whereabouts, the pair blandly stated that he "was in hiding somewhere."
The neighbors began saying some very unpleasant things about Franz and Elizabeth.
In April 1882, one of Mr. Stanger's executors, John Geisal, offered a £50 reward for any information regarding the missing baker. He also applied for warrants against Stumm and Mrs. Stanger on the charge of forging checks and conspiring to defraud Urban's executors. Geisal obviously shared the universal suspicions about Mr. Stanger's mysterious "trip to Germany."
Stumm was the first of the accused to stand trial. He was sullen and uncooperative throughout the proceedings. He continued to maintain that Stanger had gone abroad to escape creditors, blithely ignoring the fact that the missing man had left plenty of money in the bank.
Mrs. Stanger, in her role as chief witness, did a bang-up job of blackening the name of her absent husband. Like Stumm, she painted Urban as a hopeless spendthrift who only managed to keep in business thanks to loans from his dear friend, Franz Stumm. She also insisted that her husband had abandoned her. She stated that they had quarreled over his money-wasting ways, which ended with Stanger declaring, "I have often told you I would leave you, and now I will go." She burst into tears and went upstairs to bed. And that, she said defiantly, was the last she ever saw of Urban. Unfortunately, until someone found Mr. Stanger--alive or dead--her story could not be proved or disproved.
As for those fraudulent checks, she stated that she, not the defendant, had signed them. She was accustomed to signing documents for her husband, so she had thought there was no harm in it. She admitted having also forged letters that her husband had purportedly sent from Germany. She only did that, she claimed, to stave off his creditors.
After a three-day trial, the jury had little trouble convicting Stumm. When Stumm heard the verdict, he erupted into a fiery storm of abuse against everyone in the courtroom. He was innocent, he shouted. His lawyers had completely bungled his case. There was, he snarled, "no justice in vile England for a foreigner."
Judge Hawkins--who was known by the charming nickname of "'Anging 'Awkins"--responded to this tantrum by fixing a cold eye on the prisoner and slapping him with the maximum sentence: ten years hard labor.
"Thank you," Stumm sneered. "I am very much obliged to you." He wanted to speak more, but warders quickly hauled him out of the courtroom. He was still muttering vile imprecations all the way back to his cell. Meanwhile, Elizabeth Stanger was also convicted of forgery. She was given a year in prison. It was universally felt that justice had been very incompletely done.
Unsurprisingly, Stumm was such a violent and troublesome prisoner he forfeited any hope of parole, and served his entire sentence. When he was freed, Stumm was reunited with his wife and his lady friend (the two women had been rooming together since Mrs. Stanger's release from prison.) This sinister menage a trois returned to Germany, and disappeared from the pages of history.
So that was that. No trace of Urban Napoleon Stanger was ever found, or even any clue indicating what became of him. Crime historians are generally of the opinion that the baker was done away with--and, as you can imagine, they are not very coy about hinting who was responsible--but if such was the case, the question of what happened to his body will never be answered.
His neighbors, however, had few doubts about what became of Stanger's remains. They noted the fact that his bakery had a nice, large oven--so handy for various purposes--and they came to distressing conclusions about where the poor man wound up.
Suffice it to say that it was a long time before East Enders felt completely at ease about eating a meat pie.
[Note: Sherlock Holmes scholar Michael Harrison believed that the Stanger mystery was the inspiration for "A Study in Scarlet."]
Posted by Undine at 4:36 AM
strangeco.blogspot.com/2018/08/the-baker-baked.html
Crystal
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Post by WingsofCrystal on Aug 6, 2018 12:13:24 GMT
Science
These tiny, stretchy speakers and microphones let your skin play music
By Frankie Schembri
Aug. 3, 2018 , 2:00 PM
If you’re prone to forgetting your headphones, new wearable technology that could turn your skin into a speaker should be music to your ears. Created in part to help the hearing and speech impaired, the new “smart skin” could be embedded into the ears—or into a patch on the throat. A similar device, described in the same study, acts as a microphone, which can be connected to smartphones and computers to unlock voice-activated security systems.
To build the speakers and the microphone, which are thinner than a temporary tattoo, the researchers needed to design electronics flexible enough to stretch and bend with the skin, without losing their capacity to conduct electricity and heat—both necessary to transmit audio signals.
After testing different materials, the scientists settled on grids of tiny silver wires coated with polymer layers, which were stretchy, transparent, and capable of conducting sound signals.
After receiving an electric audio signal from a music player, the tiny loudspeaker heats up the wire grid to about 33°C, which replicates the sound pattern by changing the pressure of the surrounding air. Our ears pick up these changes in air pressure as sound waves.
The microphone operates in reverse, converting speech sound waves back into an electric signal, which can then be stored and played back by a smartphone or computer. It can detect sound waves coming from the mouth, but it can also recognize words simply from the rumbling of the vocal cords through the skin, the team reports today in Science Advances.
The researchers tested the microphone by asking four people to unlock a smartphone with voice-recognition software; only one of the subjects was the registered user. Over 10 trials, the system was able to recognize the correct voice more than 98% of the time.
The next step, say the researchers, is to improve the sound quality and volume of the speakers, which are quiet and tinny, as well as the accuracy of the microphone in detecting speech and distinguishing between different voices. They also want to come up with better materials for mass manufacturing. Until the skin speakers hit the market, make sure to grab those headphones on your way out the door.
www.sciencemag.org/news/2018/08/these-tiny-stretchy-speakers-and-microphones-let-your-skin-play-music
Crystal
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Post by WingsofCrystal on Aug 6, 2018 12:30:37 GMT
ECETI Stargate Official YouTube Channel
Published on Aug 5, 2018
UFO over ECETI 1st of August 2018 filmed by Peter Maxwell Slattery
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Crystal
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Deleted
Deleted Member
Posts: 0
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Post by Deleted on Aug 6, 2018 16:31:11 GMT
Science
These tiny, stretchy speakers and microphones let your skin play music
By Frankie Schembri
Aug. 3, 2018 , 2:00 PM
If you’re prone to forgetting your headphones, new wearable technology that could turn your skin into a speaker should be music to your ears. Created in part to help the hearing and speech impaired, the new “smart skin” could be embedded into the ears—or into a patch on the throat. A similar device, described in the same study, acts as a microphone, which can be connected to smartphones and computers to unlock voice-activated security systems.
To build the speakers and the microphone, which are thinner than a temporary tattoo, the researchers needed to design electronics flexible enough to stretch and bend with the skin, without losing their capacity to conduct electricity and heat—both necessary to transmit audio signals.
After testing different materials, the scientists settled on grids of tiny silver wires coated with polymer layers, which were stretchy, transparent, and capable of conducting sound signals.
After receiving an electric audio signal from a music player, the tiny loudspeaker heats up the wire grid to about 33°C, which replicates the sound pattern by changing the pressure of the surrounding air. Our ears pick up these changes in air pressure as sound waves.
The microphone operates in reverse, converting speech sound waves back into an electric signal, which can then be stored and played back by a smartphone or computer. It can detect sound waves coming from the mouth, but it can also recognize words simply from the rumbling of the vocal cords through the skin, the team reports today in Science Advances.
The researchers tested the microphone by asking four people to unlock a smartphone with voice-recognition software; only one of the subjects was the registered user. Over 10 trials, the system was able to recognize the correct voice more than 98% of the time.
The next step, say the researchers, is to improve the sound quality and volume of the speakers, which are quiet and tinny, as well as the accuracy of the microphone in detecting speech and distinguishing between different voices. They also want to come up with better materials for mass manufacturing. Until the skin speakers hit the market, make sure to grab those headphones on your way out the door.
www.sciencemag.org/news/2018/08/these-tiny-stretchy-speakers-and-microphones-let-your-skin-play-music
Crystal
That is amazing Crystal ..I'm hard of hearing ever since the drones appeared in 2007.Curse Isaac .this might turn into a great hearing aid ..
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Post by WingsofCrystal on Aug 6, 2018 23:14:09 GMT
"That is amazing Crystal ..I'm hard of hearing ever since the drones appeared in 2007.Curse Isaac .this might turn into a great hearing aid .."
Hey Kool Kat!
That might indeed make a wonderful hearing aid.
Crystal
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Post by WingsofCrystal on Aug 7, 2018 11:34:14 GMT
Good morning!
Mystery Updated
By Jay Jonson
Aug 6 2018
Video Of Triangle UFO Flying Over Texas
Otherworldly phenomena pursuers captured something eerie happening in Longview, Texas: a video recording of a mysterious triangle UFO.
Witnesses described this sighting involved a three-sided craft floating silently around the neighborhood of Texas.
After 90 seconds of the video, another triangle UFO makes a quiet appearance and eventually they slowly distance from themselves.
The witnesses who managed to capture the video immediately went into their car to pursue a better point of view.
The video was presumed to be a raw chase footage, because of the blurred, shaky quality. However, it still has two very good parts, the beginning and the end of the video.
more after the jump:
www.mysteryupdated.com/video-of-triangle-ufo-flying-over-texas/
Crystal
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Post by WingsofCrystal on Aug 7, 2018 11:46:33 GMT
Science Magazine
These docile foxes may hold some of the genetic keys to domestication
By Catherine Matacic
Aug. 6, 2018 , 11:35 AM
When Anna Kukekova met the famous Siberian silver foxes, she was smitten. The behavioral geneticist at the University of Illinois in Urbana had read all about the animals, tamed so that they resembled dogs in just a few short years in mid–20th century Siberia in Russia. But when she approached them, their reactions—nuzzling, cooing, and even vying for attention like golden retrievers—was “beyond my expectation,” she says.
Kukekova immediately set aside her other work and started to search for the genetic basis of the foxes’ remarkably doglike behavior. Now, some 16 years later, she and her colleagues say they have finally found some of the keys.
“This work is really great,” says evolutionary geneticist Bridgett vonHoldt of Princeton University, who has studied the genetic differences between wolves and dogs. But she cautions that identifying the genes behind domestication is tough, because many work together in complex ways.
Kukekova first became aware of the celebrated “fox farm experiment” in 1988, when she was still a freshman at Saint Petersburg State University. In 1959, researchers took a group of wild silver foxes (a dark color mutation of the red fox) and bred only the most docile animals—those that didn’t bite when humans stuck fingers in their cages. The scientists then selected the tamest offspring of these animals and repeated the process over and over. By the eighth generation, the foxes started to seek out human company and show affection. (Today, nearly 60 years after the experiment began, some of them even enjoy belly rubs.)
In the 1960s, the scientists also bred a separate strain of foxes, selecting for aggressiveness. Over the generations, those animals were even less friendly toward humans than the other farm-raised foxes, attacking or growling at two-legged visitors as soon as they approached.
more after the jump:
www.sciencemag.org/news/2018/08/these-docile-foxes-may-hold-some-genetic-keys-domestication
Crystal
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Post by HAL on Aug 7, 2018 22:10:54 GMT
...Elizabeth Stanger was another matter. Mrs. Stanger was a flashy, indolent sort who spent money as assiduously as her husband earned it. She was also a quarrelsome, demanding woman who henpecked her meek spouse unmercifully--particularly when, as so often happened, she had had a bit too much to drink.
..
Yeah, tell me about it .
HAL.
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Post by WingsofCrystal on Aug 8, 2018 11:40:34 GMT
Good morning lovely UFOCasebookers,
Fox News
Audio reveals creepy details of UFO mystery
By Ally Foster | news.com.au
7 August 2018
In 1966, over 300 children and staff from a Melbourne school reportedly witnessed multiple UFOs silently flying through the sky before landing in a nearby field.
It is the largest mass UFO sighting in Australia, yet hardly anything was reported on it at the time.
Over the years, there have been differing reports about the details of what happened on April 6 at Westall High School, such as people claiming there were three saucerlike objects, while some thought there was just one.
In the 52 years since, there has been wide speculation about what people saw, with some believing it was an alien encounter and others pointing the finger at the government testing new technology.
Throughout all the years of speculation, however, one particularly interesting piece of audio has been greatly overlooked.
An American physicist known for his research into UFOs, Dr. James E. McDonald, conducted an interview with a science teacher from the Westall school, Andrew Greenwood, who witnessed the event.
He then recorded himself describing their meeting and the creepy details Mr. Greenwood gave about his experience. “Greenwood told me the UFO was first brought to his attention by a hysterical child who ran into his classroom and told him there’s a flying saucer outside,” Dr. McDonald said.
“He thought this child had become deranged or something so he didn’t take any notice, but when the child insisted that this object was in the sky he decided to go out and have a look for himself.”
When he went outside, he noticed a group of children looking toward the northeast area of the school grounds and as he approached them he claims he saw a UFO hovering close to the powerline.
Mr. Greenwood described it as a round, silver object about the size of a car with a metal rod sticking up in the air.
According to Dr. McDonald, the teacher then told him five planes came and surrounded the object as more people began gathering to watch the scene before them.
“He called it the most amazing flying he had ever seen in his life,” Dr. McDonald said.
“The planes were doing everything possible to approach the object and he said how they all avoided collision he will never know.
“Every time they got too close to the object it would slowly accelerate, then rapidly accelerate and then move away from them and stop. Then they would take off after it again and the same thing would happen.”
This game of cat and mouse reportedly went on for about 20 minutes and by this time Mr. Greenwood said 350 children and staff were watching on.
Suddenly the UFO shot away and vanished within seconds and it was at this point the headmaster came out and ordered everyone to go back to class.
Over the years there were reports that the government tried to cover up the incident and stop witnesses from talking, but Mr. Greenwood claimed it was the headmaster who first tried to squash discussion of the incident.
“He gave the school a lecture and told the children they would be severely punished if they talked about this matter and told the staff they could lose their jobs if they mentioned it at all,” Dr. McDonald said.
The teacher claimed the headmaster was so “scared” and “disturbed” by the incident that he had refused to come outside until the object was gone.
“When the Royal Australian Airforce contacted the headmaster he told them to ‘go and jump in a lake’,” Dr. McDonald said.
There have been claims from several witnesses that sharply dressed men in black suits visited them and warned them from speaking about the incident.
This lines up with a few experiences Mr. Greenwood had when he tried to speak with other witnesses about what they saw.
“At the time of seeing the UFO he was a complete skeptic himself. He had never even considered the possibility of their existence,” Dr. McDonald said.
“When he asked the physical education teacher to describe what she had seen herself so that he could compare it with his own observation, she just wouldn’t say anything.”
He then reportedly spoke to one of the older students who described the event in great detail exactly as he had seen it, but when he spoke to her again half an hour later she wouldn’t say a word.
Mr. Greenwood didn’t think it had anything to do with the headmaster’s threats as no one usually took him seriously and he knew for a fact that the student he spoke with didn’t attend the meeting where he had made the threats.
Dr. McDonald’s description of his interview with Mr. Greenwood offers a rare insight into the events from the eyes of someone who was an adult at the time.
There continues to be speculation over what actually happened and the site of the encounter has been turned into a memorial park to reflect the 1966 Westall UFO Incident.
This story originally appeared in news.com.au.
www.foxnews.com/science/2018/08/07/audio-reveals-creepy-details-ufo-mystery.html
Crystal
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Post by WingsofCrystal on Aug 8, 2018 11:44:28 GMT
UFO REPORT
Published on Aug 7, 2018
UFO Report take a look at MUFON case number 93948 where a person in Blyth - England captured a UFO on their mobile phone.
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Crystal
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Post by WingsofCrystal on Aug 8, 2018 23:22:53 GMT
posted on 8 August 2018
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Crystal
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Post by WingsofCrystal on Aug 9, 2018 11:52:27 GMT
Good morning lovely people,
History channel
August 08, 2018
The Unsolved Mystery of the Lubbock Lights UFO Sightings
by Hadley Meares
August 25, 1951 was a quiet summer night in Lubbock, Texas. That evening, a handful of scientists from Texas Technical College were hanging out in the backyard of geology professor Dr. W.I. Robinson, drinking tea and chatting about micrometeorites. It was quite the brain trust: chemical engineering professor Dr. A. G. Oberg, physics professor Dr. George and Dr. W. L. Ducker, head of the petroleum-engineering department.
Which made the story of what they witnessed that night all the more curious.
“If a group had been hand-picked to observe a UFO, we couldn’t have picked a more technically qualified group of people,” wrote U.S. Air Force Captain Edward J. Ruppelt later in his definitive 1956 casebook, The Report on Unidentified Flying Objects. In the early 1950s Ruppelt served as lead investigator for Project Blue Book, the official Air Force investigations into UFO sightings, after working on its precursor effort, Project Grudge.
more after the jump:
www.history.com/news/lubbock-lights-ufo-sightings
Crystal
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Post by WingsofCrystal on Aug 9, 2018 13:10:40 GMT
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Post by WingsofCrystal on Aug 9, 2018 13:54:25 GMT
2018 Navajo Nation 4th of July Celebration PowWow - Men’s Fancy Dance (Saturday night). Song 1
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Crystal
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Post by swamprat on Aug 9, 2018 14:44:00 GMT
Soft hardware??!!  Be careful. Your clothes can tell a story!
Introducing the latest in textiles: Soft hardware
Researchers incorporate optoelectronic diodes into fibers and weave them into washable fabrics
Date: August 8, 2018
Source: Massachusetts Institute of Technology
Summary:
Researchers have incorporated electronic devices into soft fabrics, potentially making it possible to produce clothing that communicates optically with other devices.
For the first time, the researchers from MIT and AFFOA have produced fibers with embedded electronics that are so flexible they can be woven into soft fabrics and made into wearable clothing. Credit: Image courtesy of MIT; Courtesy of the researchers
The latest development in textiles and fibers is a kind of soft hardware that you can wear: cloth that has electronic devices built right into it.
Researchers at MIT have now embedded high speed optoelectronic semiconductor devices, including light-emitting diodes (LEDs) and diode photodetectors, within fibers that were then woven at Inman Mills, in South Carolina, into soft, washable fabrics and made into communication systems. This marks the achievement of a long-sought goal of creating "smart" fabrics by incorporating semiconductor devices -- the key ingredient of modern electronics -- which until now was the missing piece for making fabrics with sophisticated functionality.
This discovery, the researchers say, could unleash a new "Moore's Law" for fibers -- in other words, a rapid progression in which the capabilities of fibers would grow rapidly and exponentially over time, just as the capabilities of microchips have grown over decades.
The findings are described this week in the journal Nature in a paper by former MIT graduate student Michael Rein; his research advisor Yoel Fink, MIT professor of materials science and electrical engineering and CEO of AFFOA (Advanced Functional Fabrics of America); along with a team from MIT, AFFOA, Inman Mills, EPFL in Lausanne, Switzerland, and Lincoln Laboratory.
Optical fibers have been traditionally produced by making a cylindrical object called a "preform," which is essentially a scaled-up model of the fiber, then heating it. Softened material is then drawn or pulled downward under tension and the resulting fiber is collected on a spool.
The key breakthrough for producing these new fibers was to add to the preform light-emitting semiconductor diodes the size of a grain of sand, and a pair of copper wires a fraction of a hair's width. When heated in a furnace during the fiber-drawing process, the polymer preform partially liquified, forming a long fiber with the diodes lined up along its center and connected by the copper wires.
In this case, the solid components were two types of electrical diodes made using standard microchip technology: light-emitting diodes (LEDs) and photosensing diodes. "Both the devices and the wires maintain their dimensions while everything shrinks around them" in the drawing process, Rein says. The resulting fibers were then woven into fabrics, which were laundered 10 times to demonstrate their practicality as possible material for clothing.
"This approach adds a new insight into the process of making fibers," says Rein, who was the paper's lead author and developed the concept that led to the new process. "Instead of drawing the material all together in a liquid state, we mixed in devices in particulate form, together with thin metal wires."
One of the advantages of incorporating function into the fiber material itself is that the resulting fiber is inherently waterproof. To demonstrate this, the team placed some of the photodetecting fibers inside a fish tank. A lamp outside the aquarium transmitted music (appropriately, Handel's "Water Music") through the water to the fibers in the form of rapid optical signals. The fibers in the tank converted the light pulses -- so rapid that the light appears steady to the naked eye -- to electrical signals, which were then converted into music. The fibers survived in the water for weeks.
Though the principle sounds simple, making it work consistently, and making sure that the fibers could be manufactured reliably and in quantity, has been a long and difficult process. Staff at the Advanced Functional Fabric of America Institute, led by Jason Cox and Chia-Chun Chung, developed the pathways to increasing yield, throughput, and overall reliability, making these fibers ready for transitioning to industry. At the same time, Marty Ellis from Inman Mills developed techniques for weaving these fibers into fabrics using a conventional industrial manufacturing-scale loom.
"This paper describes a scalable path for incorporating semiconductor devices into fibers. We are anticipating the emergence of a 'Moore's law' analog in fibers in the years ahead," Fink says. "It is already allowing us to expand the fundamental capabilities of fabrics to encompass communications, lighting, physiological monitoring, and more. In the years ahead fabrics will deliver value-added services and will no longer just be selected for aesthetics and comfort."
He says that the first commercial products incorporating this technology will be reaching the marketplace as early as next year -- an extraordinarily short progression from laboratory research to commercialization. Such rapid lab-to-market development was a key part of the reason for creating an academic-industry-government collaborative such as AFFOA in the first place, he says. These initial applications will be specialized products involving communications and safety. "It's going to be the first fabric communication system. We are right now in the process of transitioning the technology to domestic manufacturers and industry at an unprecedented speed and scale," he says.
In addition to commercial applications, Fink says the U.S. Department of Defense -- one of AFFOA's major supporters -- "is exploring applications of these ideas to our women and men in uniform."
Beyond communications, the fibers could potentially have significant applications in the biomedical field, the researchers say. For example, devices using such fibers might be used to make a wristband that could measure pulse or blood oxygen levels, or be woven into a bandage to continuously monitor the healing process.
Story Source:
Materials provided by Massachusetts Institute of Technology. Original written by David L. Chandler. Note: Content may be edited for style and length.
Journal Reference:
1. Michael Rein, Valentine Dominique Favrod, Chong Hou, Tural Khudiyev, Alexander Stolyarov, Jason Cox, Chia-Chun Chung, Chhea Chhav, Marty Ellis, John Joannopoulos, Yoel Fink. Diode fibres for fabric-based optical communications. Nature, 2018; 560 (7717): 214 DOI: 10.1038/s41586-018-0390-x
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