A three-dimensional map of the Milky Way using classical Cepheid variable stars – Science Magazine <body> <h1> Array ( [0] => z three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [1] => s three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [2] => w three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [3] => q three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [4] => a rhree-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [5] => a fhree-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [6] => a ghree-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [7] => a yhree-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazine [8] => a 6hree-dimensional map of the milky way using classical cepheid variable stars &#8211; 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science magazine [279] => a three-dimensional map of the milky way using classical cepheid fariable stars &#8211; science magazine [280] => a three-dimensional map of the milky way using classical cepheid vzriable stars &#8211; science magazine [281] => a three-dimensional map of the milky way using classical cepheid vsriable stars &#8211; science magazine [282] => a three-dimensional map of the milky way using classical cepheid vwriable stars &#8211; science magazine [283] => a three-dimensional map of the milky way using classical cepheid vqriable stars &#8211; science magazine [284] => a three-dimensional map of the milky way using classical cepheid vaeiable stars &#8211; science magazine [285] => a three-dimensional map of the milky way using classical cepheid vadiable stars &#8211; science magazine [286] => a three-dimensional map of the milky way using classical cepheid vafiable stars &#8211; science magazine [287] => a three-dimensional map of the milky way using classical cepheid vatiable stars &#8211; science magazine [288] => a three-dimensional map of the milky way using classical cepheid va5iable stars &#8211; science magazine [289] => a three-dimensional map of the milky way using classical cepheid va4iable stars &#8211; science magazine [290] => a three-dimensional map of the milky way using classical cepheid varuable stars &#8211; science magazine [291] => a three-dimensional map of the milky way using classical cepheid varjable stars &#8211; science magazine [292] => a three-dimensional map of the milky way using classical cepheid varkable stars &#8211; science magazine [293] => a three-dimensional map of the milky way using classical cepheid varoable stars &#8211; science magazine [294] => a three-dimensional map of the milky way using classical cepheid var9able stars &#8211; science magazine [295] => a three-dimensional map of the milky way using classical cepheid var8able stars &#8211; science magazine [296] => a three-dimensional map of the milky way using classical cepheid varizble stars &#8211; science magazine [297] => a three-dimensional map of the milky way using classical cepheid varisble stars &#8211; science magazine [298] => a three-dimensional map of the milky way using classical cepheid variwble stars &#8211; science magazine [299] => a three-dimensional map of the milky way using classical cepheid variqble stars &#8211; science magazine [300] => a three-dimensional map of the milky way using classical cepheid variavle stars &#8211; science magazine [301] => a three-dimensional map of the milky way using classical cepheid varianle stars &#8211; science magazine [302] => a three-dimensional map of the milky way using classical cepheid variahle stars &#8211; science magazine [303] => a three-dimensional map of the milky way using classical cepheid variagle stars &#8211; science magazine [304] => a three-dimensional map of the milky way using classical cepheid variabke stars &#8211; science magazine [305] => a three-dimensional map of the milky way using classical cepheid variabpe stars &#8211; science magazine [306] => a three-dimensional map of the milky way using classical cepheid variaboe stars &#8211; science magazine [307] => a three-dimensional map of the milky way using classical cepheid variablw stars &#8211; science magazine [308] => a three-dimensional map of the milky way using classical cepheid variabls stars &#8211; science magazine [309] => a three-dimensional map of the milky way using classical cepheid variabld stars &#8211; science magazine [310] => a three-dimensional map of the milky way using classical cepheid variablr stars &#8211; science magazine [311] => a three-dimensional map of the milky way using classical cepheid variabl4 stars &#8211; science magazine [312] => a three-dimensional map of the milky way using classical cepheid variabl3 stars &#8211; science magazine [313] => a three-dimensional map of the milky way using classical cepheid variable atars &#8211; science magazine [314] => a three-dimensional map of the milky way using classical cepheid variable ztars &#8211; science magazine [315] => a three-dimensional map of the milky way using classical cepheid variable xtars &#8211; science magazine [316] => a three-dimensional map of the milky way using classical cepheid variable dtars &#8211; science magazine [317] => a three-dimensional map of the milky way using classical cepheid variable etars &#8211; science magazine [318] => a three-dimensional map of the milky way using classical cepheid variable wtars &#8211; science magazine [319] => a three-dimensional map of the milky way using classical cepheid variable srars &#8211; science magazine [320] => a three-dimensional map of the milky way using classical cepheid variable sfars &#8211; science magazine [321] => a three-dimensional map of the milky way using classical cepheid variable sgars &#8211; science magazine [322] => a three-dimensional map of the milky way using classical cepheid variable syars &#8211; science magazine [323] => a three-dimensional map of the milky way using classical cepheid variable s6ars &#8211; science magazine [324] => a three-dimensional map of the milky way using classical cepheid variable s5ars &#8211; science magazine [325] => a three-dimensional map of the milky way using classical cepheid variable stzrs &#8211; science magazine [326] => a three-dimensional map of the milky way using classical cepheid variable stsrs &#8211; science magazine [327] => a three-dimensional map of the milky way using classical cepheid variable stwrs &#8211; science magazine [328] => a three-dimensional map of the milky way using classical cepheid variable stqrs &#8211; science magazine [329] => a three-dimensional map of the milky way using classical cepheid variable staes &#8211; science magazine [330] => a three-dimensional map of the milky way using classical cepheid variable stads &#8211; science magazine [331] => a three-dimensional map of the milky way using classical cepheid variable stafs &#8211; science magazine [332] => a three-dimensional map of the milky way using classical cepheid variable stats &#8211; science magazine [333] => a three-dimensional map of the milky way using classical cepheid variable sta5s &#8211; science magazine [334] => a three-dimensional map of the milky way using classical cepheid variable sta4s &#8211; science magazine [335] => a three-dimensional map of the milky way using classical cepheid variable stara &#8211; science magazine [336] => a three-dimensional map of the milky way using classical cepheid variable starz &#8211; science magazine [337] => a three-dimensional map of the milky way using classical cepheid variable starx &#8211; science magazine [338] => a three-dimensional map of the milky way using classical cepheid variable stard &#8211; science magazine [339] => a three-dimensional map of the milky way using classical cepheid variable stare &#8211; science magazine [340] => a three-dimensional map of the milky way using classical cepheid variable starw &#8211; science magazine [341] => a three-dimensional map of the milky way using classical cepheid variable stars &#7211; science magazine [342] => a three-dimensional map of the milky way using classical cepheid variable stars &#u211; science magazine [343] => a three-dimensional map of the milky way using classical cepheid variable stars &#i211; science magazine [344] => a three-dimensional map of the milky way using classical cepheid variable stars &#9211; science magazine [345] => a three-dimensional map of the milky way using classical cepheid variable stars &#8111; science magazine [346] => a three-dimensional map of the milky way using classical cepheid variable stars &#8q11; science magazine [347] => a three-dimensional map of the milky way using classical cepheid variable stars &#8w11; science magazine [348] => a three-dimensional map of the milky way using classical cepheid variable stars &#8311; science magazine [349] => a three-dimensional map of the milky way using classical cepheid variable stars &#8221; science magazine [350] => a three-dimensional map of the milky way using classical cepheid variable stars &#82q1; science magazine [351] => a three-dimensional map of the milky way using classical cepheid variable stars &#8212; science magazine [352] => a three-dimensional map of the milky way using classical cepheid variable stars &#821q; science magazine [353] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; acience magazine [354] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; zcience magazine [355] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; xcience magazine [356] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; dcience magazine [357] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; ecience magazine [358] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; wcience magazine [359] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sxience magazine [360] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; svience magazine [361] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sfience magazine [362] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sdience magazine [363] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scuence magazine [364] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scjence magazine [365] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sckence magazine [366] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scoence magazine [367] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sc9ence magazine [368] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sc8ence magazine [369] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciwnce magazine [370] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scisnce magazine [371] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scidnce magazine [372] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scirnce magazine [373] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sci4nce magazine [374] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sci3nce magazine [375] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciebce magazine [376] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciemce magazine [377] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciejce magazine [378] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciehce magazine [379] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scienxe magazine [380] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scienve magazine [381] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scienfe magazine [382] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciende magazine [383] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciencw magazine [384] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciencs magazine [385] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciencd magazine [386] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; sciencr magazine [387] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scienc4 magazine [388] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; scienc3 magazine [389] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science nagazine [390] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science kagazine [391] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science jagazine [392] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mzgazine [393] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science msgazine [394] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mwgazine [395] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mqgazine [396] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mafazine [397] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mavazine [398] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mabazine [399] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mahazine [400] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science mayazine [401] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science matazine [402] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magzzine [403] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magszine [404] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magwzine [405] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magqzine [406] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magaxine [407] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magasine [408] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magaaine [409] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazune [410] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazjne [411] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazkne [412] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazone [413] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magaz9ne [414] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magaz8ne [415] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazibe [416] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazime [417] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazije [418] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazihe [419] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazinw [420] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazins [421] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazind [422] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazinr [423] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazin4 [424] => a three-dimensional map of the milky way using classical cepheid variable stars &#8211; science magazin3 ) </h1> </body>