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ironman comes alive
Hebrew University, kardashian's face & infrastructure
Happy Tuesday, folks!
Welcome to This Week in Engineering
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IIT's iRonCub3 achieved every sci-fi fan's dream, a humanoid that actually flies using jet propulsion. Neural networks trained on real flight data let it predict wind changes mid-air and stay stable in conditions that would crash drones. Think Ironman, but for search and rescue missions.
Would you feel safe with the above rescuing you if you were stuck in a situation?
I would probably pull out my phone and make a vlog 🤣
Japanese researchers at Mie University proved CRISPR can eliminate a whole extra chromosome, to be specific, it’s the one causing Down syndrome. Their allele-specific editing (precision) technique targets the problematic chromosome 21 copy (the reason why Down syndrome exists), normalizing gene expression patterns and boosting neural development genes while cutting metabolic stress markers.
We've basically gone from tweaking DNA letters to wholesale chromosome removal. The implications are... massive.
Colorado State University figured out how to copy plants and use visible light to power chemical reactions that normally needed high temperatures + toxic chemicals. Their system breaks down tough fossil fuel molecules at room temperature using just sunlight, cutting energy use in half. Think making life-saving drugs and recycling plastics with the same process that keeps your houseplants alive.
I guess we owe our green friends an apology for calling them boring all these years 👀

Ever had your GPS completely lose its mind at the worst possible moment?
You're trying to find that restaurant, and suddenly your phone thinks you're in the middle of the ocean (pls tell me it’s not just my phone).
Well, there's a reason for that.
Everything that keeps our digital world running depends on GPS satellites floating in space, telling us what time it is.
Your phone, your bank, even the power grid, they all run on the idea that timing is everything.
Miss a beat, and boom: chaos.
Your GPS? It takes time to figure out where you are.
The internet? Time-stamps every packet
Stock markets? Process millions of trades per second, all based on the clock ticking just right.
But here's the thing: they're hackable, jam-prone, and one solar flare away from turning every smart device dumb.
Researchers just figured out how to put atomic clocks (the most precise timepieces ever made) on bouncing warships.
These clocks are so accurate they lose one second every 100 million years.
But they're also incredibly finicky. They need perfect lab conditions or they go brrrrrrr.
The challenge? Boats don't do calm.
Especially not HMS Pursuer, a patrol ship that would give someone motion sickness in less than a minute.
Putting an atomic clock on it is like trying to perform brain surgery during an earthquake.
How they cracked it:
The team at Aquark used "supermolasses" to cool atoms down to nearly absolute zero (minus 273°C). That kind of cold slows atoms way down, and lasers trap them so they don't budge, even when everything's bouncing around.
They tested it for three full days on the ship, and the clock didn't miss a beat.
Why this changes everything:
Banks could keep running even if GPS gets jammed (no more "system down" signs)
Ships could navigate without checking in with space every few minutes
Data centers could have their own ultra-accurate time sources
Submarines could stay hidden without surfacing for updates
If you can make atomic timing work on a warship in rough seas, you can make it work pretty much anywhere.

Electrical Engineer: Amazon Web Services (AWS)
Design circuits that keep the cloud from raining on anyone’s uptime.Senior Aircraft Systems Engineer: JetBlue
Make sure the only thing flying at 35,000 feet… is the airplane, not the diagnostics.Reservoir Engineer Job: Hess Corporation
Find oil in places others only find dirt—and make spreadsheets sweat.
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