NASA | The QWIP Detector; an Infrared Instrument

The video discusses the characteristics of infrared radiation and the unique capabilities of quip technology, such as bandgap engineering. It outlines the steps involved in developing flight instruments, including lab testing, field testing, and qualifying for space missions. The video highlights a collaboration with the US Geological Survey to find caves on Mars using thermal contrast. It also covers the Landsat data continuity mission and the potential applications of the technology in various fields, such as medical diagnostics and environmental monitoring.

What is a unique feature of quip technology discussed in the video?

• It can detect sound waves.

• It allows for bandgap engineering.

• It can only be used in space.

• It is immune to temperature changes.

What is one of the initial steps in developing a flight instrument?

• Selling it to commercial airlines.

• Using it in medical diagnostics.

• Testing it in the lab.

• Launching it into space immediately.

How might infrared technology help in finding caves on Mars?

• By analyzing the chemical composition of the cave walls.

• By detecting sound waves from the caves.

• By observing the stable temperature of cave entrances.

• By measuring the light intensity inside the caves.

What was used to convince people of the technology's maturity for a Space Flight mission?

• A 1,000,000 pixel array demonstration.

• A successful Mars landing.

• A new type of rocket fuel.

• A collaboration with commercial airlines.

Which of the following is a potential application of the infrared technology discussed?

• Detecting sound pollution.

• Monitoring thermal pollution in rivers.

• Measuring air pressure changes.

• Tracking ocean currents.