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The light-bending dance of binary black holes captured in mesmerising animation – Astronomy Now


The Event Horizon Telescope collaboration captured the world’s imagination in 2019 with a mind-bending photograph of a supermassive black hole’s shadow at the heart of galaxy M87. Imagine the light show from two such monsters locked in a space-warping dance, distorting and redirecting light emitted from the super-heated gas swirling in the accretion disc that surrounds each one. That’s what researchers at NASA’s Goddard Space Flight Center set out to accomplish with a computer visualisation showing two gravitationally bound supermassive black holes, one with 200 million times the mass of of the Sun and the other weighing half as much. A desktop computer would have taken about 10 years to complete the calculations behind the animation, but using the Discover supercomputer at NASA’s Centre for Climate Simulation, it took about one day. The result is mesmerising: ....

Goddard Space Flight Center , Centre For Climate Simulation , Event Horizon Telescope , Space Flight Center , Climate Simulation , கோடார்ட் இடம் விமானம் மையம் , மையம் க்கு காலநிலை உருவகப்படுத்துதல் , நிகழ்வு அடிவானம் தொலைநோக்கி , இடம் விமானம் மையம் , காலநிலை உருவகப்படுத்துதல் ,

Discovery Alert: First Six-star System Where All Six Stars Undergo Eclipses – Exoplanet Exploration: Planets Beyond our Solar System


Key facts: The system, also called TIC 168789840, is the first known sextuple composed of three sets of eclipsing binaries, stellar pairs whose orbits tip into our line of sight so we observe the stars alternatively passing in front of each other. Each eclipse causes a dip in the system’s overall brightness. Astronomers designate the binaries by the letters A, B, and C. The stars in the A and C systems orbit each other roughly every day and a half, and the two binaries orbit each other about every four years. The B binary’s members circle each other about every eight days, but the pair is much farther away, orbiting around the inner systems roughly every 2,000 years. The primary stars in all three binaries are all slightly bigger and more massive than the Sun and about as hot. The secondaries are all around half the Sun’s size and a third as hot. ....

Czech Republic , United States , Andrei Tokovinin , Saul Rappaport , Brianp Powell , Goddard Space Flight Center , University Of Szeged , Petr Zasche At Charles University , Exoplanet Survey Satellite , Climate Simulation , Space Flight Center , Veselin Kostov , Petr Zasche , Charles University , Cerro Tololo Inter American Observatory , Sextuply Eclipsing Sextuple Star System , செக் குடியரசு , ஒன்றுபட்டது மாநிலங்களில் , சவுல் ராப்பபோர்ட் , கோடார்ட் இடம் விமானம் மையம் , காலநிலை உருவகப்படுத்துதல் , இடம் விமானம் மையம் , சார்லஸ் பல்கலைக்கழகம் ,

Detailed text transcripts for TV channel - DW - 20171115:06:39:00

Is about thirteen percent per decade and that means in fifty years the polar ice cap at the arctic s dawn does your research show the same thing. this is this is this is also although it is even stronger than what most climate models say it is also what climate models predict but it s very much dependent on how we humans behave in the future so what we do in the climate simulation. scenarios and how the future emissions are going to look like and if we go business as usual so no emission with reductions in the future then this is a possible and even likely outcome so possible in fifty years likely that a longer timeframe but if we now take the measures which are in vision right now then there is a good chance that we prevent at least this fully melting but obviously some more ....

Climate Models , Polar Ice Cap , Climate Simulation , Business As Usual ,