Skip to main content

Parker Solar Probe captures first image from within the atmosphere of the sun

NASA has shared a first image from inside the atmosphere of the sun, taken by the Parker Solar Probe. Last month the probe made the closest ever approach to a star, gathering data which scientists have been working on and have released to the public this week.

The probe skimmed past the surface of the sun on a solar encounter phase which ran from October 31 to November 11, reaching a record-breaking speed of 213,200 miles per hour. Coming within 15 million miles of the sun’s surface, the probe may encounter extreme temperatures of up to 2,500°F on its heat shield, which is turned towards the sun to protect the instruments inside.

Recommended Videos

The probe captured this stunning image from within the sun’s atmosphere, showing a coronal streamer — a structure of solar material that lies over regions of the sun where there is increased solar activity. You can see Mercury as the bright dot near the center of the image, while the darker spots nearby are a result of background correction. This image was taken a mere 16.9 million miles from the surface of the sun:

NASA/Naval Research Laboratory/Parker Solar Probe

The mission is just beginning for the Parker Solar Probe — it will complete a total of 24 orbits around the sun over its seven year mission. During the mission the probe will encounter the planet Venus seven times, using a gravity assist maneuver to slow the speed of the probe so that it can get closer to the sun and gather more data. At its closest, the probe should pass within just 3.8 million miles of the sun. The observations gathered from within the corona of the sun will be used to examine questions like why it is that the temperature in the sun’s atmosphere can be so much higher than the temperature on the sun’s surface.

Please enable Javascript to view this content

Nour Raouafi, a scientist from the Parker Solar Probe project at the Johns Hopkins University Applied Physics Lab, said that there were a lot of unknowns when working with a probe venturing into extreme conditions: “We don’t know what to expect so close to the sun until we get the data, and we’ll probably see some new phenomena,” he said. “Parker is an exploration mission — the potential for new discoveries is huge.”

Georgina Torbet
Georgina has been the space writer at Digital Trends space writer for six years, covering human space exploration, planetary…
Scientists ‘hack’ Solar Orbiter’s camera to get a better look at the sun
Scientists have used the ESA/NASA Solar Orbiter’s Extreme Ultraviolet Imager (EUI) in a new mode of operation to record part of the Sun’s atmosphere that has been almost impossible to image until now. By covering the Sun’s bright disc with an ‘occulter’ inside the instrument, EUI can detect the million-times fainter ultraviolet light coming from the surrounding corona.

The European Space Agency's (ESA) Solar Orbiter spacecraft is performing a long series of flybys of various planets to bring it closer and closer to the sun on each pass. It will eventually come within 26 million miles to observe the sun up close, and enter in the orbit of Mercury. It will be the closet a camera has ever gotten to the sun, in order to take detailed images of the sun's corona and its local environment.

A new way to view the Sun

Read more
Horrifying up-close images of a sunspot captured by the Inouye Solar Telescope
This image reveals the fine structures of a sunspot in the photosphere. Within the dark, central area of the sunspot’s umbra, small-scale bright dots, known as umbral dots, are seen. The elongated structures surrounding the umbra are visible as bright-headed strands known as penumbral filaments. Umbra: Dark, central region of a sunspot where the magnetic field is strongest. Penumbra: The brighter, surrounding region of a sunspot’s umbra characterized by bright filamentary structures.

A stunning new set of images from the Daniel K. Inouye Solar Telescope shows the surface of the sun in incredible detail -- including frankly disturbing images of sunspots seen up close. The images have been collected over the telescope's first year of operations and have been shared as a preview of the data that can be expected from this tool.

Located in Maui, Hawai'i, the Inouye Solar Telescope is specifically designed to be able to look at the surface of the sun to learn about its magnetic fields, which are important for understanding the space weather which is caused by solar eruptions. The newly released images show calmer, quieter areas of the sun's surface and the deep black of sunspots, which are temporary dark regions that periodically appear on the surface, or photosphere.

Read more
New Mercury images offer boost for Solar Orbiter mission
Mercury's silhouetted in front of the sun's atmosphere.

Operated by NASA and the European Space Agency (ESA), the Solar Orbiter mission launched in February 2020.

The goal of the mission is to capture the closest images of the sun to date while also monitoring the solar wind and the sun’s polar regions as part of efforts to better understand the solar cycle. The work could unravel some of the mysteries of our sun and also help make astronauts safer during long-duration missions to deep space.

Read more