New Elements Discovered in the Somalia El Ali Meteorite and What They Mean for Science


Several new elements have been discovered in the El Ali meteorite of Somalia. These include Elkinstantonite, Elaliite, and a few other minerals.


Until now, scientists were not aware of the El Ali meteorite. Now recently, they’ve uncovered some new minerals inside it. This enormous meteorite is 6.6 feet long, 4.3 feet tall, and 3.3 feet wide and weighs about 16.8 tons.

It was discovered in east Africa in 2020, a big discovery. It’s the ninth biggest meteorite and has two brand-new minerals. These brand-new minerals have never been seen before in the world. These new minerals might assist researchers in comprehending the chemistry of asteroids and reveal how the asteroids were created. Scientists wish to learn more about the meteorite’s environment, and they might be able to use the minerals for real-world applications.

The discovery of these brand-new minerals has thrilled scientists. Not only will they have an opportunity for more information regarding the meteorite, but they might also be able to find an option to a few of one of the most fascinating mysteries in our solar system.

The 2 minerals discovered in this meteorite are named Elaliite and Elkinstantonite. Elaliite was named after the community of El Ali in Somalia. This meteorite may also include a third mineral that has yet to be determined. Researchers are presently trying to find the third mineral. Also, they intend to have more meteorite samples in their collection.

New minerals found

The College of Alberta, where the study was carried out, has an extensive collection of meteorites. They obtained a sample of this meteorite, which was sent to the college’s Electron Microprobe Research laboratory. The researchers evaluated a piece of the meteorite and discovered two new minerals, Elaliite and Elkinstantonite. They’re the very first recognized minerals found inside a meteorite.

The scientists discovered the new minerals inside the meteorite while analyzing a thin slice. They noticed several minerals in the sample, and the first two minerals were identified quickly. They likewise compared the minerals to synthesized versions. These artificial minerals are made to look like other minerals and can aid researchers in finding new ones. The researchers are currently studying the meteorite and want to learn more about its environmental conditions and formation process.


Researchers discovered two new minerals during a current study of the 16-ton El Ali meteorite. These minerals have never been seen before in nature. The discovery of these minerals might assist researchers in learning more about the development of asteroids. These discoveries might additionally have possible uses for society. The College of Arizona is presently analyzing 2 of these minerals.

One of the new minerals found inside the El Ali meteorite is a substance referred to as Elkinstantonite. This mineral was named after planetary scientist Lindy Elkins-Tanton, the principal investigator for the Psyche mission at NASA. Elkins-Tanton is also the director of Arizona State University’s Interplanetary Initiative.

The El Ali meteorite was found in 2020 and was a huge iron-based meteorite. It was 6.6 feet long, weighed 15 tons, and was found near the community of El Ali in Hiiraan, Somalia. The meteorite was located by regional camel herdsmen and offered to Western researchers after that. The local herders said they had known about the meteorite for several years. This allowed the federal government to purchase it for the country of Somalia.

The El Ali meteorite is among the 350 “Iron, IAB complex” meteorites discovered. It is thought to have been around Earth for at least 5-7 generations. To discover more about the meteorite, scientists are attempting to identify its composition. They are also researching the minerals discovered in the meteorite to better understand its environment.

The El Ali meteorite has a lengthy history in the oral culture of the Saar people of Somalia. The meteorite has been used in dancing and admired for centuries. For example, Tutankhamun built a dagger from a meteorite.

The research of the El Ali meteorite led to an additional potential mineral discovery. Andrew Locock, a professor at the University of Alberta’s Electron Microprobe Lab, has been associated with the description of several new minerals. He is an expert in recognizing unidentified minerals. He quickly recognized the minerals in the meteorite and then matched them to synthetic counterparts.

Researchers are presently attempting to establish if the minerals in the El Ali meteorite have any prospective uses in society. If scientists find that the minerals can be used for something, then this research might help fix some of the secrets of the solar system.

Potential Uses

As per the latest news, researchers from the University of Alberta found two brand-new minerals in the Somalia El Ali meteorite. These minerals are called Elaliite and Elkinstantonite. These minerals are not discovered anywhere else on Earth. They might provide clues to the origins of asteroids and how they were created. They can also offer new material science applications.

Scientists have been searching for alien minerals in meteorites for a long time. The primary objective is to discover how asteroids form and what they can inform us concerning the early solar system. These minerals may also hint at the development of our planet and various other planets. In addition, researchers want to know just how these minerals may be used in society.

The University of Alberta group discovered these two unique minerals in a 70-gram piece of the El-Ali meteorite. The slice was sent out to the University’s meteorite collection for analysis. While sorting and dissolving the meteorite, scientists discovered odd minerals. They compared the minerals with lab-synthesized versions of the minerals. The results will be presented at the Space Exploration Symposium on November 21. The results will be published in a peer-reviewed journal.

The El Ali meteorite is among the most significant iron meteorites. It consists of practically 90% iron and is classified as an iron IAB complex meteorite. These meteorites are made up of little silicate particles found in meteoric iron. They were once part of the core of an asteroid.

Local camel herders in Somalia have understood about this meteorite for generations. They have called it Nightfall. Neighborhood songs and dances have honored the meteorite for centuries. The Saar people of Somalia proclaimed the meteorite for five centuries. The meteorite is called the El Ali meteorite, after the neighboring town. It’s the nine largest celestial rock in the world.

Scientists at the University of Alberta have been working on meteorites for years. They have discovered several fascinating minerals, but the El Ali meteorite was discovered recently. This meteorite may restrict scientists’ accessibility to the rock and how much time they invest in studying it.

Other Minerals Found in the Meteorite

Utilizing a 70-gram slice of the El Ali meteorite, researchers at the University of Alberta found 2 new minerals. The minerals were named Elaliite and Elkinstantonite. Previously, these minerals were synthesized in a research laboratory setup but have never been discovered in nature.

Researchers are still examining the structure of the brand-new minerals, along with their formation processes. They are likewise examining their usage in material science. The findings will certainly be released in a peer-reviewed journal. It’ll cover the occurrence of the minerals in the meteorite, the conditions under which they formed, and the interpretation of the crystal structures of the minerals.

The U of A researchers has been studying meteorites for years. They’ve worked with researchers at UCLA and the California Institute of Technology. The team recently provided their findings at the Space Exploration Symposium. It’s possible that there may be more minerals that haven’t been discovered yet. The new minerals could give scientists hints as to exactly how asteroids form and might even inspire brand-new synthetic products.

Scientists are still studying the meteorites, wishing more minerals might be discovered in El Ali. They are likewise working with a paper that defines the formation processes of the minerals. The paper will explain how they compare to lab-manufactured variations.

One of the minerals discovered in the El Ali meteorite is under consideration by the Commission on New Minerals, which is a part of the International Neurological Association. The commission is considering the minerals, and scientists are trying to establish if there is more to be found in El Ali.

The U of A scientists wants to utilize these searchings to examine how minerals form. They might likewise help researchers find out more regarding the early phases of the planetary system. The new minerals are easier to spot than some of the other sorts of minerals. It’ll also provide details about how meteorites form.