💧🇲🇩 Stația de captare a apei de la Leova funcționează în regim normal. Autoritățile spun că sunt pregătite să intervină dacă situația o va cere.
#Moldova#Leova
CCTV footage shows a man standing by his motorcycle on the roadside at night when a car strikes him. He's seen falling to the ground before others rush to help. ⚠️ Location and context not confirmed. #RoadSafety#Accident
watching astra in codex jump into my chrome browser to lookup mfg dims on elec connectors; then modeling the parts and dropping into the assembly.....is amazing.
i would do it the exact same way, except i'd get distracted/lost in chrome for 30min then forget what i was doing
ROADRUNNER ROBOT PROVES THAT HUMAN LEGS ARE A ROBOTIC MISTAKE
Boston Dynamics legend Marc Raibert and the Robotics and AI Institute just rolled out their newest physical asset
the machine is called Roadrunner, a highly advanced wheeled research prototype that completely breaks the standard blueprint of ground mobility
instead of copying shaky human legs or using rigid car axles, this black carbon-fiber chassis utilizes an articulated middle body and a heavy independent counterweight to slide, drift, and navigate tight laboratory corners with terrifying stability
it runs on a specialized end-to-end deep reinforcement learning framework trained inside a digital sandbox before transferring the learned behavior straight onto the physical hardware wheels
the technical paradox is a massive economic checkmate for the entire tech sector because wheeled platforms use a fraction of the battery power and move infinitely faster across flat surfaces than any bipedal android
this agile machine glides through narrow corridors, maintaining a vertical center of gravity even during high-velocity slides and aggressive deceleration
the team from the Zurich office just previewed this design before hitting the international robotics conferences, proving that the real future of fast domestic and industrial logistics belongs to hyper-mobile wheels rather than rigid legs
Sunt profund îngrijorat/ă urmărind situația terifiantă din Panama, în urma cutremurului și a alertelor de tsunami. Mă rog pentru siguranța tuturor și sper ca această criză să treacă repede. Aveți grijă de voi!
#Panama#Cutremur
I’m deeply concerned watching the terrifying situation unfold in Panama following the earthquake and tsunami alerts. Praying for everyone’s safety and hoping the crisis passes quickly. Stay safe, everyone! 🚨🌊 #Panama#Earthquake#BreakingNews#Tsunami
Severe traffic disruptions in the area as residents struggle to get around following an incident that reportedly brought down a gas station roof.
#Bogotá#Colombia
THE MOST EXPENSIVE FEATURE OF A HUMANOID MIGHT BE ITS LEGS.
Not because walking is impressive.
Because a robot that can move through the real world doesn't need a special factory built around it.
It can enter the warehouse.
Walk through a store.
Move between shelves.
Carry something from A to B.
In America, nearly 7 million people work in hand-labor and material-moving jobs.
Median pay: $38,220 a year.
That's a massive labor market built around one basic ability:
Move things.
If a humanoid can eventually do that safely for 2,000+ hours a year, its value isn't in how human it looks.
It's in how many paid hours it can absorb.
And that's where walking becomes a business case.
⚡🇲🇩 Moldova are aproape 243 MWh de capacități de stocare a energiei, iar investitorii au depus oferte pentru încă 305 MWh în proiecte noi.
#Moldova#Energie
$5 trillion by 2050. That's Morgan Stanley's forecast for the humanoid robot market. Goldman Sachs sees $38 billion as early as 2035.
Here's how they're built. First the skeleton. Then the muscles. Then the eyes and the skin.
Metal bones, artificial muscles made of hundreds of fibers, cameras for eyes and biosynthetic skin that hides every bit of the machine.
It's still a visualization. But the money is already real.
The question isn't whether they'll live among us anymore. It's whether you'll be able to tell them apart.
⚙️🇲🇩 Energia are nevoie de soluții inteligente. Moldova investește tot mai mult în infrastructură și tehnologii pentru un sistem energetic mai stabil.
#Moldova
🚨 INSIDE A 3D-PRINTED ROBOTIC HAND.
Servos in the forearm pull tendon-like strings that actuate each finger.
This under-actuated design lets the hand adaptively grasp objects with fewer motors than joints.
Lightweight, repairable, and built like real human tendons.