Which of these questions is most interesting to you?
- How did we evolve?
- What did dinosaurs look like?
- What’s the Mars helicopter up to?
- What’s the latest antimatter news?
- What’s the best video game to play on the toilet?
Whatever your choice, we’ve got some illuminating answers for you this Thursday morning.
I’m Nick Lucchesi, editor-in-chief at Inverse, and this is Inverse Daily, your morning newsletter for essential stories on science and innovation — with the occasional sidebars on beautiful video games.
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Before we jump in, I wanted to thank Inverse co-founder Dave Nemetz for his leadership and vision to make Inverse what it is today. Much of Inverse’s mission is directly from the brain of Dave! As he starts his next chapter, I encourage you to keep up with him on Twitter and subscribe to his own newsletter if you’re interested in insights on media and entrepreneurship.
Frozen antimatter may “alter our understanding” of the universe — Researchers have for the first time slowed down an antimatter atom using lasers to more precisely study this physical phenomena, reports Sarah Wells.
It’s invisible to the naked eye, will self-destruct if you touch it, and should have caused the destruction of the universe just moments after the Big Bang. Enter antimatter, the bad boy of particle physics.
Thanks to its self-destructive tendencies, it has been historically challenging for scientists to catch enough antimatter — and hold onto it for long enough — to truly take a good look at it. Until now.
New research from a CERN-based ALPHA (Antihydrogen Laser Physics Apparatus) collaboration has demonstrated for the first time how lasers can be used to slow down antihydrogen atoms, cooling them to near absolute zero (nearly -460 Fahrenheit) and making it possible to finally make precise measurements of these volatile particles.
Get more on space science:
- 15 NASA inventions Earthlings use today
- Listen to these 9 stunning sounds from outer space
- How do astronauts poop in space? It all comes down to gravity
After being tucked inside the Perseverance rover for over a month on Mars, NASA’s Ingenuity helicopter has slowly unfolded itself in order to stand on its own four tiny legs on the iron-rich soil of the Red Planet.
NASA released this week brief footage of the rover lowering the helicopter to a position that would allow the rover to gently place it on the Martian surface.
More about Mars:
- Mars rover selfies and beyond: Understand the world in 9 images
- Mars helicopter Ingenuity: NASA sets a tentative date for first flight
- The people who would build a Mars city are training in Hawaii
Between 75,000 and 125,000 years ago in Africa, coastal dwelling Homo sapiens were splashing about in watery paradise — collecting shellfish to nourish their brains, storing water in ostrich eggshells, and decorating artifacts in their spare time.
That’s the scenario scientists hypothesize. When it comes to the ancient humans living inland, however, scientists haven’t historically been so generous.
While the enlightened coastal dwellers thrived, some scientists argued humans on the interior lagged behind, both socially and cognitively. A new series of unassuming artifacts uncovered over 370 miles inland suggests we’ve been selling them short for about 100,000 years.
More on evolution:
- 5 ways cephalopods challenge our understanding of evolution
- Counterintuitive study reveals one strange result of human evolution
- An eyeless worm has upended scientific understanding of color
What did dinosaurs look like? Paleoartist Robert Nicholls teamed up with paleontologist Jakob Vinther to create an exact model of the Psittacosaurus. The result was something neither could have predicted, writes Emma Betuel.
Robert Nicholls, a paleoartist from Bristol, England, was in the process of creating the world’s most realistic model dinosaur when he realized it was absolutely adorable.
It was, in fact, perhaps too adorable. The creature had been dead for over 100 million years, killed by some gruesome cause lost to time. Cute wasn’t exactly the vibe he was going for.
More on dinosaurs:
- What really killed the dinosaurs? New comet claim joins 6 theories
- Newfound oldest primate ancestor watched the dinosaurs die
- Paleontology innovation reveals strange truth about how dinosaurs walked
Before we go, one more thing...
Wangari Maathai was born on this day in 1940. Maathai’s life was filled with scientific research, discovery, and activism for a fairer world and greener planet.
This speech from 2009 is an example of this sort of work: She tells the story of her involvement with Kenyan macadamia nut farmers who moved beyond a “culture of dependency” and became advocates for themselves while working together to be more independent in the global marketplace.
Maathai is maybe best known for the Green Belt Movement, an NGO based in Kenya that takes a novel approach to conservation of the environment, in that its efforts are what could be considered holistic. Its efforts range from tree planting to projects to corporate partnerships. Some 51 million trees have been planted in the country, thanks to the Green Belt Movement.
Maathai was awarded the Nobel Peace Prize in 2004, and in its citation, the committee noted her contribution to “sustainable development, democracy, and peace.” Maathai died in 2011 of cancer, leaving a legacy that literally grows every day.
The work of the Green Belt Movement continues, encouraging women in Kenya to make their own money selling seeds and working in the forestry service.
That wraps up this edition of Inverse Daily. I would like to thank you for reading so loyally! You can follow me on Twitter at @nicklucchesi, where I share some of my favorite stories from Inverse, Input, and Mic every day.