and the deepest dive into outer space a kaleidoscope of colour emerges from the first images received from the james webb telescope. welcome to our viewers on pbs in america and around the globe. the funeral of japan s former prime minister shinzo abe will start in the coming hours following his assasination on friday. the 67 year old was shot at a campaign event in naru. mourners have streamed into a temple in tokyo to pay their respects.these are scenes from a vigil at the zojoji temple. world leaders have also paid tribute. the us secretary of state, antony blinken, said mr abe did more than anyone to elevate the relationship between their two countries. rupert wingfield hayes reports from tokyo. shinzo abe was a fresh faced 52 year old when he shocked everyone by becoming japan s youngest postwar prime minister. it did not go well. and in less than a year, he was gone. five years later, he plotted his return with a new hairstyle and a new slogan. and this time, he staye
does many things. look at where does the universe come from in the first place? where do the elements that make us up, the carbon and our bodies, the water, and are we alone in the universe? that will make dramatic and new strides in understanding and trying to answer all of those questions. and that point you made about are we alone in the universe, is that one of the remits, if you like, of the james webb telescope? 50 you like, of the james webb telesc0pe? you like, of the james webb telescoe? , ~ ,, telescope? so the james webb telesco -e telescope? so the james webb telescope will telescope? so the james webb telescope will not telescope? so the james webb telescope will not be telescope? so the james webb telescope will not be finding i telescope will not be finding life, we need a bigger telescope for that but it will be able to see how common and uncommon they are in the universe so we are looking forward to getting more clarity on the questions. i forward to getting mor
point, which means you can still there for a long time without using much fuel. it is 1 there for a long time without using much fuel. it is1 million miles away from the earth because the earth emits a lot of heat and this telescope is specifically designed to look at the feet of our universe, the infrared, so we need it to keep away as much as possible. it has a tennis court size san shou to stop the heat from interfering with its instruments. instruments. how is it different from the hubble instruments. how is it different from the hubble telescope? . instruments. how is it different | from the hubble telescope? the instruments. how is it different - from the hubble telescope? the james webb telesc0pe from the hubble telescope? the james webb telescope is from the hubble telescope? the james webb telescope is different from the hubble telescope? the james webb telescope is different in - from the hubble telescope? the james webb telescope is different in so - webb telescope
still a question of what it will find with the infrared telescope. why are so hopeful that this going to cut through what you might call a lot of the kind of things that limit our ability to see what happened and how the universe has developed. this telesco -e how the universe has developed. this telesc0pe is how the universe has developed. ti 3 telescope is an extraordinary machine. as he said, it s an infrared camera and has got a six and half metre mirror, which has unfolded successfully earlier today. it should be able to do some really hugely exciting science. the thing that i find the most exciting is we should be able to observe the first ever galaxies to form 13 a half billion years ago. so we should be able to watch the birth of the very first stars and planets, which should then tell us about how galaxies form and how the milky way came to be where it is today. it’s came to be where it is today. it s kind of mind came to be where it is today. it s kind of mind blowing s
the instruments that operate the infrared spectrum need to be extremely cold, about a0 degrees above absolute zero and it can only do that when they are out there at that low branch point, that stable point so can stay there and operate for many years using a minimum amount of fuel. it blocks the sun and, for the most part, a little bit of sunlight to get through to the solar panel but most of it is blocked and that way you can keep extremely cold because that is the only where the instruments can operate. i the instruments can operate. i am sure you are dying for that to start but i presume it takes a while, nonetheless before they can actually put the telescope into operation, as it were. it telescope into operation, as it were. ., , were. it does. i saw the telesc0pe were. it does. i saw the telescope myself - were. it does. i saw the telescope myself five i were. it does. i saw the . telescope myself five years were. it does. i saw the - telescope myself five years ago when they