Simulated Image Shows the Power of NASA’s WFIRST

The W 1st Telescope, also known as the Wide Field Infrared Survey Telescope, is set to revolutionize space observation with its ability to capture images with the same resolution as Hubble but over an area 100 times larger. It will use infrared light to see through dust, revealing hidden stars and galaxies. Scientists use special techniques to simulate images, starting with Hubble's data, to predict what W 1st will see. The telescope will also search for planets and study dark matter and energy, offering an unprecedented view of the universe.

What is the primary advantage of the W 1st telescope compared to Hubble?

• It captures images in color.

• It has a higher resolution.

• It covers a larger area.

• It is smaller in size.

How does W 1st's ability to use infrared light benefit its observations?

• It captures images in 3D.

• It allows for faster image processing.

• It can see through dust to reveal hidden stars.

• It reduces the need for multiple images.

What was the starting point for creating simulated images of Andromeda for W 1st?

• A single Hubble image.

• A mosaic of over 400 Hubble images.

• A computer-generated model.

• A photograph taken from Earth.

How many images will W 1st need to create a mosaic similar to the Hubble's Andromeda mosaic?

• Ten images

• Two images

• Twenty images

• One image

What additional roles will W 1st play in astronomical research?

• It will focus solely on nearby stars.

• It will only study the Andromeda galaxy.

• It will replace all existing telescopes.

• It will search for planets and study dark matter and energy.