{{B}}
A Star Is Born{{/B}} 1 The VLT (Very Large Telescope) is the
world's largest telescope (望远镜) and is taking astronomers (天文学家) further back to
the Big Bang than they ever thought possible. Located 2,600 metres up in the
Chilean Andes, it has four huge mirrors, each about the size of a London bus.
The VLT is so powerful it can spot a burning match 10,000 kilometres away. 2
This astonishing power will allow astronomers to see events in space from
the birth of stars to the collision (碰撞) of galaxies (星系) on the edge of the
cosmos (宇宙). The VLT is giving astronomers their best-ever view of the cosmos.
The power of the VLT to see the smallest detail at the furthest distances makes
its designers amazed. 3 Take the case of Eta Carinae, one of the most
explosive stars in the universe. This star produces ultraviolet laser rays (紫外线)
and it will destroy itself in a few million years' time. It is five times
brighter than the sun and when it explodes it is going to be a sight worth
waiting for! 4 But it is at distances of millions, even billions, of
light years that the VLT really shows its power. The VLT can detect light that
set out on its journey before the earth even existed. This gives astronomers
their first-ever detailed views of events that took place in the earliest days
of the cosmos. 5 In other words, the VLT is a kind of a time machine.
It takes astronomers back to a time when complete galaxies crashed into each
other. The effects of these past collisions can now be seen by scientists, and
astronomers believe the telescope will reveal more about these exciting events
in the years to come. One day, we might be able to say we have traveled back to
'the beginning of time, and we will have a much clearer picture of how our
planet was born.
填空题
Paragraph 1 ______
填空题
Paragraph 2 ______
填空题
Paragraph 3 ______
填空题
Paragraph 4 ______
填空题
The VLT will allow scientists to see events ______
填空题
The designers of the VLT are surprised at ______
填空题
Eta Carinae is taken ______
填空题
Scientists believe the VLT will tell us more about ______