NASA Develops World's First Quantam Sensor To Measure Earth's Gravity

NASA announced that it would fly the first quantum sensor to measure gravity. This sensor is being developed on the Jet Propulsion Laboratory (JPL).

The researchers at the research center collaborated with academic institutions and private companies to accelerate their manufacture. This quantum sensor development mission is supported directly by the Earth Science Technology Office (ESTO).

According to NASA, this mission will be very important because no party has launched a quantum sensor to research gravity. This sensor will be the first as well as the opening in innovative observations in various parts of the world.

The head of Earth Science Technologist at JPL, Hason Hyon, called this technology an instrument of Quantum Gravity Gradiometer Pathfinder (QGGPf). Research on the technology already exists, but no one has made it an instrument yet.

"No one has tried to fly one of these instruments yet," said Ben Stray, one of the JPL researchers. "We need to fly it so we can find out how well this tool will operate, and it will allow us not only to advance the quantum gravity gradiometer, but also quantum technology in general."

This sensor is targeted to fly towards the end of the decade. The main goal of this mission is to manipulate the interaction between light and matter on an atomic scale. In this case, NASA will take advantage of a gradiometer that is ten times more sensitive than ordinary sensors.

Another goal is to study Earth. Researchers can improve their ability to improve the state on Earth. If possible, this data can be used to better understand other planets.