<h6>Image source: Giphy by Violetamal</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>Learning With: ‘Darkness Visible, Finally: Astronomers Capture First Ever Image of a Black Hole’</h2>
                    <h5>New York Times, Jeremy Engle April 11, 2019</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>What do you know about black holes? Have you ever read about or studied them?Did you know that nearly every galaxy — our own Milky Way, as well as the 100 billion or so other galaxies visible from Earth — shows signs of a supermassive black hole at its center?But until Wednesday, we had never seen one.
                        Pop quiz: Which is more powerful?
                        • The Hulk
                        • Voldemort from “Harry Potter”
                        • The Death Star in “Star Wars”
                        • A black hole
                        If you said a black hole, you are correct! (It’s actually more powerful than all the others combined. And unlike the others, black holes have now been proven to be real.) But there’s lots more to know about these powerful but mysterious entities (...)</h5>

                        
                    <h6>Image source: IAIDL (unidentified author)</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>Inside the Artificial Universe That Creates Itself</h2>
                    <h5>The Atlantic, ROC MORIN FEB 18, 2016</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>Here, in a dim room half an hour south of London, a tribe of programmers sit bowed at their computers, creating a vast digital cosmos. Or rather, through the science of procedural generation, they are making a program that allows a universe to create itself. The ambitious project will be released as a video game this June under the title No Man’s Sky. In the game, randomly-placed astronauts isolated from one another by millions of lightyears must find their own existential purpose as they traverse a galaxy of 18,446,744,073,709,551,616 unique planets.“The physics of every other game—it’s faked,” the chief architect Sean Murray explained. “When you’re on a planet, you’re surrounded by a skybox—a cube that someone has painted stars or clouds onto. If there is a day to night cycle, it happens because they are slowly transitioning between a series of different boxes.” The skybox is also a barrier beyond which the player can never pass. The stars are merely points of light. In No Man’s Sky however, every star is a place that you can go. The universe is infinite.(...)
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                    <h6>Image source: Gfycat (unidentified author)</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>The Big Bang May Have Been One of Many</h2>
                    <h5>The Atlantic, NATALIE WOLCHOVER FEB 6, 2018</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>In recent decades, it hasn’t seemed like much of a contest. The Big Bang theory, standard stuff of textbooks and television shows, enjoys strong support among today’s cosmologists. The rival eternal-universe picture had the edge a century ago, but it lost ground as astronomers observed that the cosmos is expanding and that it was small and simple about 14 billion years ago. In the most popular modern version of the theory, the Big Bang began with an episode called “cosmic inflation”—a burst of exponential expansion during which an infinitesimal speck of space-time ballooned into a smooth, flat, macroscopic cosmos, which expanded more gently thereafter(...)</h5>
   
                    
                    <h6>Image source: Giphy (unidentified author)</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>Saturn’s Largest Moon Would Make an Unbelievable Vacation Spot</h2>
                    <h5>The Atlantic, MARINA KORENJUN 14, 2019</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>Scientists suspected that Titan had lakes years before they sent a spacecraft to check it out. The nature of Titan’s intriguing atmosphere suggested that it might deposit droplets to fill streams, lakes, and entire oceans. When Cassini, the now-defunct NASA spacecraft, arrived at Saturn in 2004, it turned toward Titan, the largest of the planet’s moons. The spacecraft’s radar instrument, permeating the haze, detected a very smooth surface, with narrow shapes at its edges that spread like capillaries from a vein. Another instrument absorbed the little bit of sunlight reflected from this mysterious surface and analyzed it. “It looked exactly like afternoon light reflecting off lake waters on Earth,” according to Amanda Hendrix and Charles Wohlforth, the authors of Beyond Earth: Our Path to a New Home in the Planets(...)</h5>
 
                    
                    <h6>Image source: Giphy by Oliver Sin</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>The True Price of Privatizing Space Travel</h2>
                    <h5>The Atlantic, REBECCA BOYLE JUN 11, 2019</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>On New Year’s Day 2001, the first crew of the International Space Station spent a quiet day in orbit. The commander, U.S. Navy Captain William Shepherd, decided to honor a naval New Year’s tradition, in which the person at the helm recites a poem. Shepherd had written something for the occasion, which included the following, recorded in the ship’s log:Though star trackers mark Altair and Vega / Same as mariners eyed long ago / We are still as wayfinders of knowledge / Seeking new things that mankind shall know.The station had been under construction, in orbit, for four years at that point, but Expedition 1 marked the beginning of continuous human habitation (...)</h5>
 
                    
                    <h6>Image source: Dribbble by Anthony Maneschijn</h6>
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                    <h2 style='width: 700px; text-align:center; display: inline-block;'>2018 Hubble Space Telescope Advent Calendar</h2>
                    <h5>The Atlantic, ALAN TAYLOR DEC 1, 2018</p><h5>
                   
                    <h5 style='text-align:left; width: 580px; display: inline-block;'>It’s that time of year again, time for one of my favorite holiday traditions:  the 11th annual Hubble Space Telescope Advent Calendar. Every day until Tuesday, December 25, this page will present one new incredible image of our universe from NASA's Hubble telescope. Be sure to bookmark this calendar and come back every day until the 25th, or follow on Twitter (@TheAtlPhoto), Facebook, or Tumblr for daily updates. I hope you enjoy these amazing and awe-inspiring images and the efforts of the science teams who have brought them to Earth. As I do every year, I want to say again how fortunate I feel to have been able to share photo stories with you all year, and how much fun I have putting this calendar together  every December. Wishing you all a merry Christmas, happy holidays, and peace on Earth (...)</h5>
 
                    
                      <h6>Image source: Medium by Valkyrie Studios</h6>
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                      <h2 style='width: 700px; text-align:center; display: inline-block;'>Starwatch: look for the dragon whose body was flung into the sky</h2>
                      <h5>The Guardian,  @DrStuClark Sun 23 Jun 2019</p><h5>
                        
                      <h5 style='text-align:left; width: 580px; display: inline-block;'>Another fainter constellation that rides high in the summer sky for northern observers is Draco, the dragon. Like so many of the northern constellations, it is one of the original 48 star patterns listed by astronomer Ptolemy in the 2nd century. In myth, Draco was killed by the goddess Minerva, who then threw the body away into the sky. The constellation’s meandering shape is said to be because the body twisted as it was flung into the heavens. The two most obvious stars of the constellation are Rastaban and Eltanin in the head of the dragon. The chart shows the view at midnight BST on 25 June. The easiest way to find the head of the dragon is to locate the bright white star of Vega in the constellation Lyra. It will lie in the south-east. Look upwards and slightly east, and Rastaban and Eltanin should stand out as the brightest pair of stars in an otherwise undistinguished star field. Then see if you can trace the sinuous body of even fainter stars (...)</h5>
 
                      
                      <h6>Image source: Giphy by Handymartian</h6>
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                      <h2 style='width: 700px; text-align:center; display: inline-block;'>Gravitational Waves Keep Rolling Past Earth</h2>
                      <h5>The Atlantic, MARINA KOREN MAY 6, 2019</p><h5>
                        
                      <h5 style='text-align:left; width: 580px; display: inline-block;'>The stars orbited each other like a pair of dancers, their sequined costumes glowing against a dark stage. Round and round they went, until the distance between them began to shrink. The closer they got, the faster they spun. And then, smack! The stars collided. About 500 million years later, Mansi Kasliwal’s phone rang in the middle of the night in April. “Dear human,” a robotic voice said when she picked up. “You have received a new gravitational-wave alert.”(...)</h5>
 
                       
                       
                       <h6>Image source: Dribbble by Laurentiu Lunic</h6>
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                       <h2 style='width: 700px; text-align:center; display: inline-block;'> Mars colonisation possible through sperm bank in space, study suggests</h2>
                       <h5>The Guardian, Jedidajah Otte Sun 23 Jun 2019</p><h5>
                        
                      <h5 style='text-align:left; width: 580px; display: inline-block;'>All-female astronaut crews could reproduce in space without the help of accompanying men, new research suggests. The study found that frozen samples of sperm exposed to microgravity retained similar characteristics to sperm samples kept on the ground, raising hopes that a sperm bank could one day be set up in space to help populate new worlds. This could prove interesting for female astronauts, amid reports that future missions to Mars may involve women-only space crews. Helen Sharman, the first British astronaut, said at a conference in 2017 that there had been an unreleased Nasa report exploring sexual desires of space crew members during potential missions to Mars. Sharman said the report had recommended space crews of the same gender – “all men or all women” – because they have better team cohesion.(...)</h5>