WFIRST's Wide Field Instrument

The W 1st telescope is designed to capture images with the same detail as the Hubble but over a much larger area. It uses a 2.4-meter aperture and a series of mirrors to focus light, which is then filtered and detected to create high-resolution images. The telescope's advanced optics and numerous detectors allow it to produce 300 million pixel images, making it a powerful tool for space observation.

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

• It can capture images in color.

• It is smaller and more portable.

• It covers a larger area with the same detail.

• It uses a different type of mirror.

How does the W 1st telescope refine the light before it reaches the detectors?

• By using a single mirror.

• By passing through a series of lenses.

• By using a secondary mirror and additional elements.

• By converting it directly into an image.

What role does the filter wheel play in the W 1st telescope?

• It captures the final image.

• It magnifies the image.

• It selects different wavelengths of light.

• It focuses the light onto the detectors.

How many detectors does the W 1st telescope use to create images?

• 30

• 25

• 18

• 10

What makes the W 1st telescope an indispensable tool for future space exploration?

• Its ability to operate without power.

• Its lightweight design.

• Its combination of image size and detail.

• Its ability to travel to distant galaxies.