China Launches Mission to Retrieve Asteroid Samples

A Long March-3B Y110 rocket carrying Tianwen-2 probe takes off from the Xichang Satellite Launch Center in Sichuan province, China May 29, 2025. China Daily via REUTERS
A Long March-3B Y110 rocket carrying Tianwen-2 probe takes off from the Xichang Satellite Launch Center in Sichuan province, China May 29, 2025. China Daily via REUTERS
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China Launches Mission to Retrieve Asteroid Samples

A Long March-3B Y110 rocket carrying Tianwen-2 probe takes off from the Xichang Satellite Launch Center in Sichuan province, China May 29, 2025. China Daily via REUTERS
A Long March-3B Y110 rocket carrying Tianwen-2 probe takes off from the Xichang Satellite Launch Center in Sichuan province, China May 29, 2025. China Daily via REUTERS

China embarked on Thursday on its first mission to retrieve samples from a nearby asteroid, with the nighttime launch of its Tianwen-2 spacecraft, set to make the fast-growing space power the third nation to fetch pristine asteroid rocks.

The decade-long mission is the latest in recent space efforts that include landing robots on the moon's far side, running a national space station in orbit and investing heavily in plans to send humans to the moon by 2030.

The Long March 3B rocket lifted off at about 1:31 a.m. from the Xichang satellite launch center carrying the Tianwen-2 robotic probe, Reuters reported.

Over the next year it will approach the small near-Earth asteroid 469219 Kamoʻoalewa, which is between 9 million miles and 24 million miles (15 million km and 39 million km) distant.

China's official news agency Xinhua confirmed the launch of Tianwen-2, calling it a "complete success".

Tianwen-2 is set to reach the asteroid in July 2026 and shoot a capsule packed with rocks back to Earth for a landing in November 2027.

Then it will fly to its second target, main-belt comet 311P/PanSTARRS, on a journey lasting years, as the comet's closest distance to Earth is about 87 million miles.

Located in the main asteroid belt between Mars and Jupiter, Comet 311P is far closer to the Sun than the region where typical comets originate.

The odd location makes it unlikely to have the surface ice of typical comets that, once vaporized, forms their characteristic tails.

Tianwen-2 will make in-depth studies of the main features of Kamoʻoalewa and 311P, including possibly the material ejected by the latter, an official of the China National Space Administration (CNSA) said.

Returning samples from Kamo'oalewa will be far more challenging than China's successful lunar missions, mainly because the asteroid's gravity is much lower than that of the moon, making landing and sampling much harder.

Japan's Hayabusa, which fetched samples from a small asteroid in 2010, was the world's first such mission, followed by its Ryugu mission of 2019.

In 2020, the first US asteroid retrieval mission, OSIRIS-REx, brought back samples from the Bennu asteroid.

Kamoʻoalewa is known as a quasi-satellite of Earth, a close celestial neighbor that has orbited the sun for roughly a century, NASA says. Its size is anywhere between 120 feet and 300 feet (40 m and 100 m).

Tianwen-2's predecessor, Tianwen-1, another uncrewed spacecraft launched in 2020, was China's first mission to Mars, successfully landing on a vast plain known as Utopia Planitia after a six-month journey.

China is already planning its third interplanetary mission, Tianwen-3, scheduled tentatively for 2028, which could make it the first country to retrieve samples from Mars.

Last month CNSA announced payload capacity of 20 kg (44 lb) for foreign countries and research institutions aboard the orbiter and lander that will explore the red planet.



Diriyah Art Futures Announces Summer Program Alongside Maknana Exhibition

Photo by SPA
Photo by SPA
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Diriyah Art Futures Announces Summer Program Alongside Maknana Exhibition

Photo by SPA
Photo by SPA

Diriyah Art Futures (DAF), the MENA region's first hub dedicated to New Media Arts, has announced a program of activities running throughout June and July. Visitors can immerse themselves in the dynamic world of New Media Art and deepen their understanding through a series of interactive talks, hands-on workshops, and masterclasses led by local, regional, and international artists, SPA reported.

According to a recent DAF press release, these sessions are presented as part of DAF's current exhibition, Maknana: An Archaeology of New Media Art in the Arab World, which explores the evolution of New Media practices across the region. Featuring more than 70 artworks by over 40 artists, Maknana sheds light on how Arab artists have navigated and reimagined technology through four key curatorial themes: Automation, Autonomy, Ripples, and Glitch.

From creating immersive narratives to exploring 3D scanning technologies and from motion design to pixel art, the program caters to artists, enthusiasts, and kids alike. It offers an opportunity to deepen their understanding of New Media Art or explore new technologies.

The release highlighted that on June 19, 2025, a session titled "Experimental Concepts in Educational Practices of Media Arts" will review the experimental strategies and pedagogical approaches that have shaped the teaching of digital and media arts in Egypt and the wider Arab region since the early 2000s. It also addresses the evolving role of education in supporting creative engagement with new technologies.

On June 20-21, a masterclass titled "Ready-Made Dreams – Immersive Narratives" will enable participants to explore the creative potential of archival and found visual materials. Attendees will learn how to layer and transform content into immersive narratives through hands-on exercises using video, photography, text, and animation.

Moreover, on July 3, a dialogue session entitled "Talk and Screening: Cartographies of a Future" delves into how digital tools are reshaping our understanding of photography and perception itself. ScanLAB Projects utilizes 3D scanning to transcend the boundaries of traditional photography, offering new ways to capture, preserve, and critically reflect on the world. Following the session, two short films will be screened.

On July 4-5, a masterclass titled "Memory in Three Dimensions" explores the intersection of cutting-edge 3D scanning technology and the intricate workings of human memory. The two-day, hands-on session will challenge participants to rethink the nature of personal archives in the digital age. Through a blend of practical demonstrations and interactive exercises, participants will explore 3D scanning technologies and create 3D scans, delving into the potential and pitfalls of creating perfect digital replicas of their lives.

On July 5, a workshop entitled "Motion Design for Film and Media" will explore the art and impact of motion design and computer graphics. Participants will delve into the history of these formats, analyze key examples, and ultimately create their title design project. By the end of the session, participants will have a deeper understanding of how motion design influences media and the skills to apply it creatively.

A book symposium, "Rewiring Narratives: New Media Art from the Arab World," will be held on July 12. This symposium marks the launch of Rewiring Narratives: New Media Art from the Arab World, a landmark edited volume.
On July 17, a dialogue session titled "Traces of Change: Processing Reality Through Art" will take place.
A workshop titled "Pixel by Pixel: Introduction to Pixel Art" on July 18 will explore the history and evolution of pixel art, from its roots in early video games to its place in contemporary digital art. Participants will learn key techniques and experiment with creating their pixel artwork in a guided hands-on session.

Also, on July 18, a kids' workshop titled "Art Bot" will teach kids to build drawing robots. Using simple motors, markers, and everyday materials, children will build kinetic machines that move, spin, and scribble, creating vibrant, one-of-a-kind artworks. Blending play with invention, the workshop fosters creativity, curiosity, and a deeper understanding of how design and motion work together.