VOICED: In Chile desert, huge telescope begins galaxy probe

ALMA, a powerful international telescope, is revolutionizing astronomy with its array of antennae. Located in Chile's Atacama Desert, it offers unparalleled observation capabilities due to its dry climate and high altitude. ALMA is significantly more powerful than other telescopes, allowing for groundbreaking discoveries about galaxies and stars. Although not fully operational until 2013, its current results are already impressive, with clearer images expected as more antennae come online.

What makes the Alma telescope unique compared to others?

• It is located in the Arctic region.

• It uses a single large antenna for observations.

• It is the first telescope to be built in space.

• It is a result of a joint international effort and uses multiple antennae.

Why is the Atacama Desert an ideal location for the Alma telescope?

• It is close to the equator.

• It has a dry climate and high altitude.

• It is a densely populated area.

• It is near a large body of water.

How does Alma's power compare to other telescopes?

• It is only slightly more powerful.

• It is equally powerful as other telescopes.

• It is 10 to 100 times more powerful.

• It is less powerful than most telescopes.

What kind of astronomical phenomena does Alma help study?

• Galaxy collisions and star formation.

• The migration patterns of birds.

• The behavior of ocean currents.

• The movement of tectonic plates.

What is expected to happen as more of Alma's antennae become operational?

• The telescope will be moved to a new location.

• The images will become sharper and our view of the universe will improve.

• The telescope will require less maintenance.

• The telescope will be used for underwater exploration.