时间:2018-12-20 作者:英语课 分类:CNN2011年(九)月


英语课

 -Lawrence, what a discovery! And I believe I was you who made it. 


 
-Yes, I was me and my team. We took a lot of groundbased observing and a lot of modeling, and also it was quite the team that actually made the discovery. I got to lead it, because I've been in the field long time.  
 
-So tell us what you saw and what was evidence that you'd actually discovered this planet that had two suns.
 
-Well, basically what Kepler does is kind of a wide-angle verison of the Hubble Space Telescope and it is in space. And basically what it records is the brightness of the stars. So what happened is we saw two stars that orbit around each other, and those are called eclipsing binaries. And then, in front of those two, there was a planet that went across all of them. So now there's the planet was orbiting exactly the same plane as the two stars, so the two stars orbiting around each other actually have a planet orbiting both of them at the same time. and we saw when the planet went in front of the two stars, we saw this double dip, and that double dip was the planet.
 
-And tell me, Lawrence, what did you think when you discover this?
 
-Oh, it was pretty exciting, because you know what scientist like is exceptions to things. For example, if we find life on Mars, then we can compare with life on earth, and it may not have DNA and so on. so it tells us what are the general characteristics, and what are the special characteristics. Well, in this case it is about planetary system, we've discovered a fundamentally different kind of plenetary system. And so it is really exciting because that will have repercussions for us understanding our planet system by comparison with something really different. And I have to say...
 
-You have.
-I'm just gonna say...
-I am sorry to interrupt. Yes?
-It wasn't very long before we start calling it a tatooine that might have.
 
-Oh that is exactly the point that I want to talk about that you have nicknamed it tatooine after George Lucas' Star Wars. I want to ask you, you know, something that was science fiction back in 1977 you've now discovered in 2011. Have you contacted George Lucas'
 
-Well actually yes.this morning at NASA press conference we had a reprensentative from Industrial Light& Magic, John Knoll. And he sat next to me and we compared notes, and, yeah, George Lucas sent him down to partake of the NASA press conference, and he was a lot of fun because you know, you have to picture something before you can look for it. And so we wanted to acknowledge that they were the thought pioneers that, you know, had enough faith of circum-binary planets existing to put the hero Star Wars on such a planet, and so at least we could do is honor them when we find the real thing.
 
-Yeah, exactly. I'm sure he was very chaffed. Lawrence, very very quickly, can this planetary system, can it support life?
 
-Well, now it's too far away. It's essentially in the orbit that Venus is in our solar system. But the two stars it orbits, one's orange and one's red, are much smaller than our sun, so it's just outside. I would say it's about, the temperature on the planet are really colder than in Arctic at best.



学英语单词
a mark
afferent nerve endings
Amazon Elastic Compute Cloud
anania
artificial infection
asymptotic method
autophakoscopy
auxogen
barometric leg
berth designation
beryllia crucible
BestChoice
bio-transport
biotransmission
blastwaves
bottoming cotton goods
brand goose
Brown Boveri truo-charger
buccinids
call sb to witness
canadianism
capped fuse
catching bargain
centre forward area type free pass
centre pier
child-mindings
chromatic diagram
Chrysosplenium lanuginosum
circle observation
Claveria
clocking up
cold called
comitatives
concrete basin
cytherella japonica
decision in a case
demulsifying compound
Desertmartin
distribution coefficient
dominant powers
drip marketing
economic development
electric cargo winch
fadh
fan-belts
first-of-chain
fluorescing optics
frequency source
geometric-optical aberration
glutamic acid-semialdehyde
going to the dogs
gonotokont(lotsy 1904)
heterotropous
honeycomb cellular structure
horseherds
Hulot Peninsula
hydraulic-brake shaft
hypoeosinophilia
integrated photoreceiver
international law of emigration
kremers
lay idea
lidding
listly
mail deposit
main driving axle
marine policy
mercury-vapor
milksugar
Mosal'skiy Rayon
mount athoss
Napoletana
nonparameter decision theoretic classification
nuclear reaction energy
pancosmic
particle size separator
Pedicularis rupicola
pimp mobile
Prectice
problem check
profound idiot
proximity warning instrument (pwi)
radiation fin
radio-broadcasting channel
rigid PVC
run mad
sadick
SAM system
SAXD
septate junction
skidding of rig
slosh cycle
snug berth
SPO2
Spring Grove
tempo di ballo
terebrant
the Nelson touch
traveling field
ultralong wave propagation
weidenreich
weymouth pine(pinus strobus l.)