JWST directly photographs 4 gas giant exoplanets 130 light-years away. It also detected they’re rich in carbon dioxide gas, so they formed much like Jupiter and Saturn.
JWST directly photographs 4 gas giant exoplanets 130 light-years away. It also detected they’re rich in carbon dioxide gas, so they formed much like Jupiter and Saturn.
I was disappointed to discover that 51 Eridani was not the 40 Eridani star from Andy Weir’s Hail Mary …
terrebattue1 on
JWST has been doing world-class science but going to need to do photos that are at least on par with Hubble’s because the public engagement for a $10B space telescope has been severely lacking. It can’t even keep up with a neutered Hubble, budget-wise, nowadays. Sadly because it is infrared only it can’t do that. If they could have built numerous Hubbles they would have already done it. Hubble is like 5 separately launched Discovery class missions in one and add up the 5 or 6 other instruments that used to be on Hubble it has been a 35 year program with ~12 Discovery class missions or 5-6 New Frontiers class missions.
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I was disappointed to discover that 51 Eridani was not the 40 Eridani star from Andy Weir’s Hail Mary …
JWST has been doing world-class science but going to need to do photos that are at least on par with Hubble’s because the public engagement for a $10B space telescope has been severely lacking. It can’t even keep up with a neutered Hubble, budget-wise, nowadays. Sadly because it is infrared only it can’t do that. If they could have built numerous Hubbles they would have already done it. Hubble is like 5 separately launched Discovery class missions in one and add up the 5 or 6 other instruments that used to be on Hubble it has been a 35 year program with ~12 Discovery class missions or 5-6 New Frontiers class missions.