Understanding the KISM X-ray Telescope

What makes the Resolve sensor on the KISM telescope unique compared to traditional detectors?

• It captures high-resolution images.

• It operates at room temperature.

• It measures tiny amounts of heat with micro calorimeters.

• It uses a 6x6 grid of 36 megapixels.

How does the Resolve sensor contribute to understanding distant objects in space?

• By capturing high-resolution images.

• By measuring the energy of absorbed x-rays to create detailed spectra.

• By using a large number of megapixels.

• By operating at high temperatures.

What kind of information can the x-ray spectra from KISM provide about distant objects?

• The size and shape of the objects.

• The distance of the objects from Earth.

• The temperature, elements present, and movement of the objects.

• The color and brightness of the objects.

What is the significance of Resolve's ability to observe extended objects?

• It captures images in multiple wavelengths.

• It allows for the creation of high-resolution images.

• It enables the study of speed and temperature differences in hot gases.

• It provides a detailed map of the universe.

What potential future developments could arise from the success of the Resolve detector?

• Focus on visible light observations.

• Increased collaboration with private space companies.

• Development of detectors with fewer pixels.

• Creation of detectors with hundreds or thousands of pixels.