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D@Q
348.2K posts

D@Q
@daquez44
Web3 Content Creator & Ambassador | Bridging TradFi & DeFi | Passionate about blockchain adoption in Africa | DM for Collabs #Digitalmarketer
United States Inscrit le Ekim 2015
5.3K Abonnements5.1K Abonnés

This moment was pure legendary Cristiano Ronaldo energy! 👑🔥 The way he walked into that dressing room after his iconic hat-trick 🥶 against Bayern Munich, confident and unfazed, was a reminder of his mentality and dominance on the field.
What’s your favorite memory of Ronaldo’s career at Real Madrid?🥹
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RWAs are starting to make sense…
Real-world assets meeting crypto feels like a shift, not just a trend.
I’ve noticed platforms like BingX quietly experimenting too.
Still early, but feels like something bigger is forming.
#BingX

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Saw that @alturax multi-chain infrastructure is back up and running.
No disruption, no risk exposure, and all transactions settled smoothly.
Quiet reliability like this is what really matters.

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Katara is better me, I would sit on it till Aang glows.
𝓢𝓪𝓻𝓪𝓽𝓾 ✟@saratoo778
Avatar Aang glow up is so crazy Ngl ❤️🥺
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1/5 🧵
sUSN is now live on HyperEVM.
This isn’t “just another chain expansion.”
It’s @noon_capital landing where it actually fits.
🧵Let’s break it down simply ⤵️

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🚨Good news loading for the squad! 🔥
Saka & Timber return rumours dey hot,days not weeks. Achilles & groin dey progress well.
Once both of them return Arsenal attack, defence go LEVEL UP massive!
Naija GOONERS, how big boost e go be?
Drop take 👇
#COYG @MattVerri


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Since the 1930s, one structural flaw has quietly limited nearly every airplane, wind turbine, and performance vehicle built from lightweight composites: delamination.
The internal layers split. The material weakens. You replace it.
A team of engineers at North Carolina State University may have just broken that cycle.
They've developed a fiber composite material that heals itself — not once, not a handful of times, but over 1,000 consecutive cycles in lab testing. The projected lifespan of components made from this material? Up to 500 years, depending on the frequency of healing cycles.
Here's how it works. A thermoplastic polymer called EMAA is 3D-printed directly onto the fiber reinforcement as a patterned interlayer between the composite laminates. That interlayer alone makes the material two to four times more resistant to delamination before any damage even occurs.
When damage does happen, thin carbon-based heater layers embedded within the composite are activated — an electrical current warms the EMAA until it melts, flows into the cracks, and re-bonds the structure from the inside out. No external patches. No adhesives. The repair material was always already there.
The team ran an automated system through 1,000 fracture-and-heal cycles over 40 days. Toughness does decline with repeated healing — but slowly enough that the performance gap over conventional composites holds for at least 500 cycles.
The real-world implications are significant across multiple industries.
For aviation and automotive, it means lighter components that don't need to be scrapped and replaced on decade-scale cycles. For wind energy, it addresses something even more pressing: the looming waste problem. Turbine blades — built from these same stubborn composites — are notoriously difficult to recycle.
Estimates suggest cumulative blade waste in the US alone could hit 2.2 million tons by 2050. A material that extends blade life by centuries doesn't solve that problem entirely, but it fundamentally changes its scale.
And for spacecraft, where sending a repair crew isn't an option, the value of a structure that fixes itself internally is almost impossible to overstate.
There's still real work ahead — certification testing, fatigue assessment, real-world damage simulation. But the proof of concept is clear and the performance data is compelling.
A material that heals itself a thousand times over isn't science fiction anymore. It's a published study in PNAS and a very deliberate step toward infrastructure that outlasts the people who build it.
#MaterialScience #Engineering




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Bayern vs Arsenal
History and legacy against modern dominance. @TelbetPromos
And somehow, Madrid do it again. 🤍🔮
TELBET@TelbetPromos
You have only one chance to pick what becomes reality on May 30, 2026... What #UCL final are you picking? 🧐🔮
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