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It seems NASA has done another hubble goof.
In a nearby stellar nursery called the Orion Nebula, young, massive stars are blasting far-ultraviolet light at the cloud of dust and gas from which they were born. This intense flood of radiation is violently disrupting the cloud by breaking apart molecules, ionizing atoms and molecules by stripping their electrons, and heating the gas and dust. An international team using NASA's James Webb Space Telescope, which is scheduled to launch in October, will study a portion of the radiated cloud called the Orion Bar to learn more about the influence massive stars have on their environments, and even on the formation of our own solar system.
www.nasa.gov...
originally posted by: iso1111
In fairness to me, I did read the dubious OP and made a follow up joke on it. I saw an opportunity to reference the Far out Space Nuts and went for it.
Anyway the real question in regard to telescopes should be why during the covidiacy of the past 2 years has the majority of the worlds telescopes been shut down or possibly sabotaged (Arecibo). It is surprising to hear there was a new telescope being brought online in spite of all the telescope shutdowns and in the end would not surprise me in the least there is actually something wrong with it.
originally posted by: championoftruth
a reply to: gortex
The telescope must operate at very low temperature and having other IR sources bounce around from the FRONT of the giant heat shield will ruin that...
originally posted by: championoftruth
I have discovered a fatal flaw which NASA failed to keep in mind.
The reflective heat shield will reflect radiation into the primary and secondary mirrors making it USELESS due to multiple reflections of the heat shield on the MIRROR side !!!
Just to make it clear I am talking about the radiation from distant stars, galaxies on hitting the heat shield and bouncing
into the primary and secondary mirrors causing massive glare and multiple aberrations and distortions making it useless.
It seems NASA has done another hubble goof.
In addition to the sunshield, there are a multitude of other innovative features which enable the telescope to achieve its unmatched sensitivity for faint infrared signals. One such feature is the protective barrier behind Webb’s primary mirror called “Frill.” This lightweight blanketing plays an important role on the observatory as it blocks unwanted light from reaching the telescope’s sensitive infrared sensors.
“Due to its origami unfolding architecture, the Webb telescope does not have a cylindrical light baffle, like is seen with Hubble or even your home telescope which is used to block unwanted light. Instead, Webb is a first of a kind “open” telescope that relies on the sunshield to block unwanted Sun, Earth and moonlight and relies on the Frill, shown here, to block light from stars and galaxies that are behind the telescope, that would hit the secondary mirror and get down into the science instruments that are extremely sensitive,” said Lee Feinberg, Optical Telescope Element Manager, James Webb Space Telescope at NASA’s Goddard Space Flight Center in Greenbelt, Maryland.