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What Measures Are Scientists Taking to Prepare for Apophis's Alarmingly Close Encounter with Earth?

2029: Brace for Impact - Earth's Close Encounter with a Potentially Hazardous Asteroid

By Afeef KhanPublished 2 years ago 3 min read
This is radar image of a near-Earth asteroid similar to Apophis. Image: NASA/JPL

In approximately five years, Earth will experience the close approach of a potentially dangerous asteroid known as Apophis. This celestial object will come within a distance of less than 20,000 miles (32,000 kilometers), which is remarkably close. During this extraordinary event, Apophis will be ten times nearer to Earth than the Moon. Scientists are eager to seize this opportunity and make the most of its visit.

Apophis is currently on a trajectory that will bring it close to Earth on April 13, 2029. Initially, when it was discovered in 2004, this near-Earth object, measuring 1,100 feet wide (335 meters), was classified as a hazardous asteroid with the potential to collide with our planet. However, subsequent observations have provided reassurance to scientists, indicating that there is no immediate cause for alarm. It has been determined that Apophis poses no threat of impacting Earth for at least another century.

It is indeed excellent news considering the magnitude of this entity and the severe devastation it would cause if it were to collide with our planet in the future. We can only hope that such an event never occurs, but historically, objects of this magnitude have struck Earth approximately once every 80,000 years, resulting in catastrophic destruction and global-scale impact winters.

Photographs of Apophis were taken by radio antennas at the Goldstone complex in California and the Green Bank Telescope in West Virginia when the asteroid was 10.6 million miles (17 million kilometers) distant. Image: NASA/JPL-Caltech and NSF/AUI/GBO

Scientists are eager to investigate the asteroid during its upcoming flyby in order to assess the potential influence of Earth's gravitational field on Apophis' orientation, composition, and spin. This examination could potentially lead to asteroid quakes, which may cause a redistribution of its materials or even modify the appearance of its surface. By comparing observations made before and after the 2029 encounter with Earth, scientists aim to document these potential alterations. Given that physical changes to the asteroid could impact its orbital trajectory, it is crucial for scientists to thoroughly document these changes.

According to SpaceNews, private space companies such as Blue Origin and startup Exploration Labs (ExLabs) have presented their mission proposals to rendezvous with Apophis before its expected flyby. These proposals were discussed during a recent workshop held at a European Space Agency center in The Netherlands, with the aim of gaining more knowledge about the asteroid and other space rocks that may pose a potential threat to Earth.

Blue Origin's proposal involves utilizing its Blue Ring orbital platform to transport payloads to Apophis. The Blue Ring, scheduled to launch by the end of 2024, is specifically designed to offer comprehensive services to both commercial and government clients. It has the capability to accommodate payloads weighing up to 6,600 pounds (3,000 kilograms).

Blue Origin's upcoming Blue Ring orbital transfer vehicle depicted in an artist's rendering. Image: Blue Origin

Steve Squyres, chief scientist at Blue Origin, mentioned in SpaceNews that the orbital platform could serve as a means to transport instruments or deployable spacecraft to Apophis for missions that are both cost-effective and low-risk.

ExLabs proposed an idea that had been previously explored by NASA's Jet Propulsion Laboratory (JPL). The concept, known as Distributed Radar Observations of Interior Distributions (DROID), involves sending a spacecraft to Apophis that releases two cubesats to conduct a "CAT scan" of the asteroid's interior, as reported by SpaceNews. The mission is scheduled to launch in May 2028 and reach Apophis in February 2029.

In February, NASA organized a workshop to gather innovative mission ideas from the private sector for the Earth flyby of asteroid Apophis in 2029.

NASA’s OSIRIS-APEX spacecraft, previously named OSIRIS-REx, is currently en route to investigate Apophis and monitor any changes the asteroid may experience following its close approach to Earth. Following the delivery of samples from the Bennu asteroid in the Utah desert, the spacecraft was reassigned for a new mission, requiring it to conduct close flybys of the Sun and undergo three Earth gravity assists in order to reach Apophis within five years.

The space agency also possesses an additional pair of spacecraft that could be repurposed for the purpose of studying the Apophis asteroid. The Janus mission was originally scheduled for launch in August 2022, set to hitch a ride to space aboard the Psyche spacecraft for the exploration of a metal-rich asteroid. Unfortunately, a software malfunction caused a delay in Psyche’s launch, pushing it back by two months and impacting its accompanying missions.

Subsequently, Psyche was launched in October 2023, but the revised launch window did not align with the original targets for Janus’ twin probes. Consequently, the spacecraft were removed from the launch schedule and stored at Lockheed Martin.

The duo of spacecraft was initially intended to explore asteroids 1996 FG3 and 1991 VH, but they can now be redirected to investigate Apophis. Despite the disparities between Apophis and the original objectives of the Janus mission, the twin probes are capable of conducting a flyby and conducting comparable observations of Earth's approaching visitor.

This is merely the beginning, as additional missions may be disclosed in the forthcoming months and years due to the scientific significance and infrequency of such a proximate encounter.

Science

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Afeef Khan

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