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Chicks hatched from artificial eggshells, a new mission to study Earth's magnetosphere and more science stories

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Why This Matters

This article highlights groundbreaking advancements in biotechnology and space exploration, showcasing innovations like artificial eggshells for de-extinction efforts and new spacecraft missions to study Earth's magnetosphere. These developments have the potential to reshape conservation strategies and deepen our understanding of Earth's environment, impacting both the tech industry and consumers interested in scientific progress. They also underscore the rapid pace of innovation in space technology and biological engineering.

Key Takeaways

A buzzy de-extinction company is making headlines again, the Smile spacecraft launched on its way to observe Earth's magnetic shield in action, and a new study cast doubt on the existence of water vapor plumes on Europa. Plus, SpaceX's Starship V3 lifted off for the first time. Here are this week's most interesting science stories.

Chicken or artificial egg

Colossal Biosciences, the "de-extinction" biotech company best known for its claims of reviving the dire wolf, announced this week that it has hatched 26 healthy chicks from 3D-printed artificial eggshells. According to the company, it's a step toward its goal of bringing back the South Island giant moa (Dinornis robustus), an enormous bird that's been extinct for some 600 years, and the dodo.

Colossal's artificial eggshell is made up of a semi-permeable silicone-based membrane lattice that allows oxygen to pass through while still protecting the inner contents, and a rigid support cup that holds it all together. The embryo is taken from an egg laid in the usual way, by a hen.

"In the current workflow, scientists examine eggs laid by real hens within 24 to 48 hours of laying, select viable candidates, and transfer the contents — minus the shell — into the artificial egg structure," Colossal explained in a blog post. "All upstream biology, from fertilization through laying, still occurs in a living bird. For de-extinction applications, the artificial egg is intended as a later-stage incubation vessel, not the point of genetic intervention." The moa laid eggs roughly eight times the size of an emu's, so no species alive today could serve as a surrogate for the entire process. Colossal says it is eyeing the Nicobar pigeon as a possible surrogate egg-producer for its dodo project, and is considering the emu or tinamou for the moa.

Colossal Biosciences

Colossal's methods and de-extinction goals have garnered a fair share of critics over the years, many of whom have questioned the purpose of focusing on resurrecting extinct species while there are plenty of endangered species today that could benefit from this type of intervention. Colossal says its system could be applied to conservation. And just as some scientists argued that Colossal's dire wolves aren't true dire wolves but genetically modified gray wolves, skeptics say the latest announcement should be taken with a grain of salt.

"They might be able to use this technology to help them make a genetically modified bird, but that's just a genetically modified bird. It's not a moa," Vincent Lynch, an evolutionary biologist with the University at Buffalo, told the Associated Press. "That's not an artificial egg because you've poured in all the other parts that make it an egg. It's an artificial eggshell," Lynch added.

Smile spacecraft to study Earth's 'invisible armor'

The European Space Agency (ESA) and the Chinese Academy of Sciences (CAS) this week launched a joint mission to gather the first X-ray observations of Earth's magnetic shield and study how it responds to solar wind. It'll also observe the northern lights in ultraviolet for stretches of 45 minutes at a time, which is longer than any other mission. The Solar wind Magnetosphere Ionosphere Link Explorer, or Smile, is equipped with an X-ray camera and an ultraviolet camera, along with a light ion analyzer and magnetometer. It launched on May 19 atop a Vega-C rocket from French Guiana and is expected to begin collecting data in July.

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