Agreed![]()
in the June 1 is­sue of The As­t­ro­phys­i­cal Jour­nal. This time re­search­ers us­ing NASAs Hub­ble Space Tel­e­scope said they found a huge, ghostly ring of dark mat­ter in a gal­axy clus­ter called Cl 0024+17, five bil­lion light-years from Earth, again thanks to a col­li­sion. NASA billed the find­ing as some of the strongest ev­i­dence yet for dark mat­ter.
Yet prob­lems keep crop­ping up, Mc­Gaugh wrote. A study in the May 10 is­sue of Sci­ence found that the bi­zarre gravita­t­ional ef­fects at­trib­ut­ed to dark mat­ter were show­ing up even where they werent ex­pected to un­der dark mat­ter the­o­ry it­self. Mod­i­fied gra­vity the­o­ryac­cord­ing to which gra­vity is stronger on in­ter­ga­lac­tic scales than the stand­ard laws of gra­vity sug­gestex­plained the puz­zle neat­ly, he wrote.
Science has it sooo together...LOL![]()
Find and replace to the rescue...
in the June 1 issue of The Astrophysical Journal. This time researchers using NASAs Hubble Space Telescope said they found a huge, ghostly "ring" of dark matter in a galaxy cluster called Cl 0024+17, five billion light-years from Earth, again thanks to a collision. NASA billed the finding as some of "the strongest evidence yet" for dark matter.
Yet problems keep cropping up, McGaugh wrote. A study in the May 10 issue of Science found that the bizarre gravitational effects attributed to dark matter were showing up even where they werent expected to under dark matter theory itself. Modified gravity theoryaccording to which gravity is stronger on intergalactic scales than the standard laws of gravity suggestexplained the puzzle neatly, he wrote.
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