parts of the universe that others can t. how exactly, in layman s terms, bearing in mind not everyone will have your specialist knowledge, in basic terms, how will it do that? well, it looks at the light in a different way to hubble, it looks actually at longer wavelengths, at heat wavelengths and objects in the early universe, they are actually moving away from us really quickly because the universe is expanding and when that happens the light gets shifted and it gets shifted out of what hubble can see and the range our eyes could see, but into the range that webb can see. so if it is really far away, it s moving away from us quickly, webb will be able to see it, but hubble couldn t. now, this has been a long time coming, and hasn t been an easy task. how much work has gone into this? oh, well, years and years of work. for my part, we have been planning what we are going to look at with webb for the last five
wavelengths, at heat wave length wavelengths, at heat wavelengths and objects in the early universe, they are actually moving away from us really quickly because the universe is expanding. when that happens, the light gets shifted and it gets shifted out of what hubble can see, out of the range our eyes can see, but into the range that webb can see, so if it is really far away, it is moving away from us very quickly, webb would be able to see it, but hubble couldn t. now, this has been a long time coming, hasn t it? it hasn t been an easy task. how much work has gone into this? well, years and years of work. for my part, we have been planning on what we are going to look at with webb for the last five years that i have been contributing to. and on the engineering side, it has been decades in development and building. dr emma curtis lake there. now,
terms, bearing in mind not everyone will have your specialist knowledge, in basic terms, how will it do that? well, it looks at the light in a different way to hobble, it looks at actually longer wavelength, at heat wave length objects in the early universe, they are actually moving away from us really quickly because the universe is expanding and when that happens the light gets shifted and it gets shifted out of what s hubble can see and the range our eyes could see, but into the range that james eyes could see, but into the range thatjames webb can see. so if it is really far away and moving away from us quickly, james webb will be able to see it when hubble couldn t. haw. to see it when hubble couldn t. now, this has been to see it when hubble couldn t. now, this has been a to see it when hubble couldn t. now, this has been a long to see it when hubble couldn t. now, this has been a long time to see it when hubble couldn t. now, this has been a long time coming, and hasn t