NASA's Parker Solar Probe, which started its journey towards the Sun to unravel many mysteries, has captured from about 27 million miles away a view of Earth, the US space agency said. The image was captured by the WISPR (Wide-field Imager for Solar Probe) instrument, the only imaging instrument on board the Parker Solar Probe.
On 25 September, the Parker Solar Probe captured a view of Earth as it sped toward the first Venus gravity assist of the mission, NASA said in a statement.
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The hemispherical shaped feature in the middle of the right-hand image is a lens flare, a common feature when imaging bright sources, which is caused by reflections within the lens system.
In this case, the flare is due to the very bright Earthshine, NASA noted.
Earth is the bright, round object visible in the right side of the image, it added.
The view from Parker Solar Probe's WISPR shows Earth, the bright sphere near the middle of the right-hand panel. The elongated mark toward the bottom of the panel is a lens reflection from the WISPR instrument.
It also shows what appears to be a bulge on our planet's right side — the Moon, NASA said.
The image also showed some objects like Pleiades, to the low-left of Earth in the right-hand image and the two bright objects.
Betelgeuse and Bellatrix, near the bottom of the left-hand image appeared elongated because of reflections on the edge of the detector.
Launched on 12 August, Parker Solar Probe, NASA's historic small car-sized probe will journey steadily closer to the Sun, until it makes its closest approach at 3.8 million miles.
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Earlier this month, the probe successfully completed its first flyby of Venus at a distance of about 1,500 miles. Throughout its mission, the probe will make six more Venus gravity assist and 24 total passes by the Sun.
During science phases, WISPR sees structures within the Sun's atmosphere, the corona, before they pass over the spacecraft.
Close passes by Venus and Mercury may occasionally create similar patterns in the future, but these are limited cases and do not affect the science operations of the instrument, NASA said.
(With inputs from agencies)