A spacecraft en route to Jupiter has diverted its attention to observe a comet, designated 3I/ATLAS, as it exits the solar system, according to reports from The Times. The observation offers a rare opportunity to study an interstellar object as it journeys away from the sun’s influence.
NASA’s telescopes first detected a flare-up from comet 3I/ATLAS, prompting the Jupiter-bound spacecraft to adjust its trajectory and instruments. The comet, discovered in 2019, is only the third confirmed interstellar comet to enter our solar system. Its current trajectory indicates it is leaving the solar system and will not return.
The observation is particularly significant because interstellar comets provide clues about the composition of planetary systems around other stars. Scientists hope to learn more about the comet’s origin and the materials that formed it, potentially shedding light on the building blocks of planets beyond our own.
The spacecraft’s observation is occurring as scientists refine their understanding of Jupiter itself. Recent measurements from NASA’s Juno mission suggest that Jupiter may be slightly smaller than previously thought, according to a report in Smithsonian Magazine. These new calculations are based on data collected during Juno’s close flybys of the planet.
Meanwhile, Juno continues its exploration of Jupiter’s moons. The spacecraft has recently been used to measure the thickness of Europa’s ice shell, a key factor in assessing the potential for a subsurface ocean and the possibility of life, as reported by the NASA Jet Propulsion Laboratory. The data indicates variations in the ice shell’s thickness, providing new insights into the moon’s internal structure.
NASA has not yet released a detailed analysis of the data collected from the observation of comet 3I/ATLAS, and the agency has not announced any further adjustments to the Jupiter-bound spacecraft’s mission plan following the observation.
