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Astronomers announced on Wednesday that at last they had captured an image of the unobservable: a black hole, a cosmic abyss so deep and dense that not even light can escape it. The image, of a lopsided ring of light surrounding a dark circle deep in the heart of a galaxy known as Messier 87, some 55 million light-years away from Earth, resembled the Eye of Sauron, a reminder yet again of the implacable power of nature. It is a smoke ring framing a one-way portal to eternity. To capture the image, astronomers reached across intergalactic space to Messier 87, or M87, a giant galaxy in the constellation Virgo. There, a black hole several billion times more massive than the sun is unleashing a violent jet of energy some 5, light-years into space. The image offered a final, ringing affirmation of an idea so disturbing that even Einstein, from whose equations black holes emerged, was loath to accept it. If too much matter is crammed into one place, the cumulative force of gravity becomes overwhelming, and the place becomes an eternal trap. On Wednesday morning that dark vision became a visceral reality. The results were announced simultaneously at news conferences in Washington, D. When the image was put up on the screen in Washington, cheers and gasps, followed by applause, broke out in the room and throughout a universe of astrofans following the live-streamed event.
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The highly anticipated photo shows a dark core, encircled by a bright orange halo of white-hot gas and plasma. In a major breakthrough, astronomers on Wednesday unveiled the highly anticipated image, which shows a dark core, encircled by a fiery orange halo of white-hot gas and plasma. And this [image] is so precious to all of us because this one is finally real," Professor Heino Falcke of the Event Horizon Telescope EHT , an international collaboration behind the image said at a news conference in Brussels. A series of simultaneous press events were held around the world on Wednesday to share the announcement. The supermassive black hole in the photo is 50m light-years away in a galaxy known as Messier 87 M Capturing the image at such a distance is comparable to photographing a pebble on the surface of the Moon. The unprecedented photo - so often imagined in science and science fiction - has been analysed in six studies co-authored by experts from odd institutions and published on Wednesday in Astrophysical Journal Letters. From Brussels: "Finally! No more simulations. You are looking for the very first time, at a real black hole.

Because you need it.

Summer is here, and that means we're all looking for swimming holes , beaches , ice cream and other fun ways to cool off. But the best way to beat the heat might just be to strip down and bare it all at one of these nudist and naturist resorts, clubs, beaches and events. If you haven't heard of these places before, that's no surprise. Many of them are located off the beaten path, and don't publicize too much to help preserve the privacy of guests who want to enjoy clothes-free recreation without having to worry about peeping Toms or lewd behavior. Young Naturists provided photo. From secluded, clothing-optional resorts to beaches and swimming holes where nudity is commonplace, these are the top spots to enjoy nature as nature intended it in Upstate NY. Click at your own risk. You'll find both nudists and fully-clothed swimmers at these places, but stripping down is generally accepted at these places, or at parts of them. Alice Falls Adirondacks. As with many of the locations, swimming is technically prohibited here, and a sign out front says as much, but you will find visitors enjoying the water, and sometimes doing so without clothes on.

Astronomers announced on Wednesday that at last they had captured an image of the unobservable: a black hole, a cosmic abyss so deep and dense that not even light can escape it. The image, of a lopsided ring of light surrounding a dark circle deep in the heart of a galaxy known as Messier 87, some 55 million light-years away from Earth, resembled the Eye of Sauron, a reminder yet again of the implacable power of nature. It is a smoke ring framing a one-way portal to eternity. To capture the image, astronomers reached across intergalactic space to Messier 87, or M87, a giant galaxy in the constellation Virgo.

There, a black hole several billion times more massive than the sun is unleashing a violent jet of energy some 5, light-years into space. The image offered a final, ringing affirmation of an idea so disturbing that even Einstein, from whose equations black holes emerged, was loath to accept it.

If too much matter is crammed into one place, the cumulative force of gravity becomes overwhelming, and the place becomes an eternal trap. On Wednesday morning that dark vision became a visceral reality.

The results were announced simultaneously at news conferences in Washington, D. When the image was put up on the screen in Washington, cheers and gasps, followed by applause, broke out in the room and throughout a universe of astrofans following the live-streamed event. Priyamvada Natarajan, an astrophysicist at Yale, said that Einstein must be delighted. There can be no doubt this really is a black hole at the center of M87, with no signs of deviations from general relativity.

The image emerged from two years of computer analysis of observations from a network of radio antennas called the Event Horizon Telescope. In all, eight radio observatories on six mountains and four continents observed the galaxy in Virgo on and off for 10 days in April There, 26, light-years from Earth, and cloaked in interstellar dust and gas, lurks another black hole, with a mass of 4. The mystery of black holes has tantalized astronomers for more than half a century. In the s, astronomers with radio telescopes discovered that pearly, seemingly peaceful galaxies were spewing radio energy from their cores — far more energy than would be produced by the ordinary thermonuclear engines that make stars shine.

Perhaps, astrophysicists thought, the energy was being liberated by matter falling onto supermassive, dense objects — later called black holes. Since then, scientists have devised detailed models of how this would work. As hot, dense gas swirls around the black hole, like water headed down a drain, the intense pressures and magnetic fields cause energy to squirt out the side. As a paradoxical result, supermassive black holes can be the most luminous objects in the universe. The images released today bolster the notion of violence perpetrated over cosmic scales, said Sera Markoff, an astrophysicist at the University of Amsterdam, and a member of the Event Horizon team.

The unveiling today took place almost exactly a century after images of stars askew in the heavens made Einstein famous and confirmed his theory of general relativity as the law of the cosmos. That theory ascribes gravity to the warping of space and time by matter and energy, much as a mattress sags under a sleeper. General relativity led to a new conception of the cosmos, in which space-time could quiver, bend, rip, expand, swirl like a mix-master and even disappear forever into the maw of a black hole.

He disliked that idea, but the consensus today is that the universe is speckled with black holes furiously consuming everything around them. A planet-sized network of radio telescopes has assembled the first image of a black hole. Many are the gravitational tombstones of stars that burned up their fuel and collapsed. But others, hidden in the center of nearly every galaxy, are millions or billions of times more massive than the sun. Nobody knows how such behemoths of nothingness could have been assembled. Dense wrinkles in the primordial energies of the Big Bang?

Monster runaway stars that collapsed and swallowed up their surroundings in the dawning years of the universe? Any lingering doubts about the reality of black holes dissolved three years ago when the Laser Interferometer Gravitational-Wave Observatory, or LIGO, detected the collision of a pair of distant black holes, which sent a shiver through the fabric of space-time.

Now the reality has a face. Still, questions about gravity and the universe abound. Proving that the monsters in Virgo and the center of the Milky Way were really black holes required measuring the sizes of their shadows. That was no easy job. Both look exceedingly small from this distance, and resolving their tiny details would be a challenge for even the biggest individual telescope.

Moreover, the view is blurred by the charged particles such as electrons and protons that fill interstellar space. Doeleman, director of the Event Horizon Telescope. To see into the shadows, astronomers needed to be able to tune their radio telescope to shorter wavelengths. And they needed a bigger telescope.

Enter the Event Horizon Telescope, the dream child of Dr. By combining data from radio telescopes as far apart as the South Pole, France, Chile and Hawaii, using a technique called very long baseline interferometry, Dr.

Doeleman and his colleagues created a telescope as big as Earth itself, with the power to resolve details as small as an orange on the lunar surface. In April , the network of eight telescopes, including the South Pole Telescope, synchronized by atomic clocks, stared at the two targets off and on for 10 days.

For two years, the Event Horizon team reduced and collated the results. The data were too voluminous to transmit over the internet, so they were placed on hard disks and flown back to M. The data from the South Pole could not arrive before December , Dr. Last year the team divided into four groups to assemble images from the data dump. To stay objective and guard against bias, the teams had no contact with each other. Doeleman grew optimistic last year at a dinner attended by some of the younger members of the team, who showed him the first data for M After dinner, he went to his office and made some crude calculations.

The ring of light in the new image corresponds to the innermost orbit of photons, the quantum particles that make up light. The measurement also gave a firm estimate of the mass of the Virgo black hole: 6. That is heavier than most previous determinations, and it suggests that the masses of other big black holes may need to be revised upward.

The observations also revealed that the accretion disk — the doughnut of doom — is on its side with regard to Earth, the hole facing us and spinning clockwise. The image is brighter where gas flows around the hole, toward us. That task lies ahead for the Event Horizon Telescope. The telescope network continues to grow. In April , a telescope in Greenland was added to the collaboration.

Another observation run was made of the Milky Way and M87, and captured twice the amount of data gathered in That data was not part of the results released today, but will be used to confirm them and monitor the behavior of the black holes. Two more antennas are waiting to join the Event Horizon Telescope. Doeleman, embarking on his new career as a tamer of extragalactic beasts.

How They Took the First Picture of a Black Hole A planet-sized network of radio telescopes has assembled the first image of a black hole. Zeroing in on cosmic monsters Any lingering doubts about the reality of black holes dissolved three years ago when the Laser Interferometer Gravitational-Wave Observatory, or LIGO, detected the collision of a pair of distant black holes, which sent a shiver through the fabric of space-time.



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