Futurism
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The future is closer than you think.

Owner: @CaptainJamesCook
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South Korea is turning highways into power sources.

Solar noise barriers now reduce traffic sound and generate clean energy.

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AI is starting to challenge one of medicine’s biggest assumptions 👀

Researchers at Brigham and Women’s Hospital have developed FAHR-Face, an AI model that can estimate biological age and predict cancer survival risk from a facial photograph.

The model was trained on more than 40 million facial images. In its survival analysis, patients in the highest-risk group had a reported 3.23× mortality hazard compared with those in the lowest-risk group.

Think about what this could mean for the future of medicine. AI may eventually help doctors identify hidden risks earlier, improve prognosis, and make more informed treatment decisions.

And this is just prediction. Imagine what happens when AI starts discovering entirely new treatments and helping researchers develop them faster.

Medicine could be heading for a transformation we’re nowhere near prepared for.

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🇰🇷 South Korean company Sungho SI has developed Eve Clever, an AI-powered agricultural robot for automated crop monitoring and harvesting.

Using RGB-D cameras, AI vision, and a robotic arm, it identifies ripe produce and harvests strawberries, tomatoes, cucumbers, and bell peppers. Its cloud-connected platform enables farmers to monitor crop conditions and manage agricultural data remotely.

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The future of construction is changing. Workers can now remotely operate towering cranes from the safety and comfort of a control room, without having to climb hundreds of feet above the ground.

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🏗️ This four-legged robot finds and drives structural screws

All3 Mantis is a 135 kg fully electric quadruped meant for construction sites. It can carry up to 100 kg while walking, climb stairs as steep as 35°, and in repeated tests it locates and drives structural screws with 0.5 mm tool-tip precision.

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🇨🇳 The agility of China’s robot dogs is beyond imagination.

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A Unitree G1 is driving a go-kart.

Tesla’s Robotaxis drive themselves.

Could humanoids drive regular cars instead? 🤔

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Mexican Student invented a portable acoustic fire extinguisher and won a gold medal in Indonesia.

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Scientists have gave us one of the most detailed looks inside a human cell we have ever had.

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Soon, it will become increasingly difficult to tell the difference between humans and robots.

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⚠️Scientists 3D-printed a heart using human cells and the results could change medicine forever!

Imagine a future where damaged hearts could one day be replaced with organs grown from a patient's own cells. Scientists at Tel Aviv University in Israel took an important step toward that possibility in 2019.

Using human cells and biological materials from fatty tissue, researchers created a miniature, 3D-printed heart complete with chambers and blood vessels. The technology even allowed them to use materials derived from the same patient, potentially helping reduce the risk of immune rejection.

The tiny heart was not yet capable of pumping blood like a healthy human heart. Scientists still needed to overcome major challenges before such technology could produce fully functional replacement organs.
The ultimate goal? To develop personalized hearts that could one day help address the shortage of donor organs.

Could doctors eventually print a replacement heart for someone who needs one? The breakthrough offers a fascinating glimpse into what future medicine might make possible.

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🤖 A robot climbs a 4 cm-rung ladder

ETH Zurich’s humanoid plants hands, knees and feet on those tiny rungs, vaults, then gets back up after it falls. Instead of replaying a recorded climb, it predicts those landings 1.5 seconds ahead from its own sensors. Ladder runs still use a safety line, and people pick each goal.

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Jensen Huang brought 4 tiny Microduck robots onto the NVIDIA GTC Berlin stage

And their unexpected behavior made the demonstration even more interesting. Impressed by their walking, their somersaults and the hilarious nap command.

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The pinnacle of human evolution has arrived: the iPhone Duo lets you play Subway Surfers and scroll through TikTok at the same time.

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⚠️Elon Musk says Neuralink will implant its first vision devices within 6–12 MONTHS, claiming the technology could help people blind from birth see.

“We’re going to write directly to your visual cortex… and you’re going to see.” The experimental Blindsight device aims to bypass damaged eyes and optic nerves by stimulating the brain’s visual processing system.

Musk’s longer-term ambition goes beyond restoring sight to ultra-high-definition vision and the ability to perceive infrared, ultraviolet and even radar signals.

These remain ambitious predictions, rather than demonstrated human capabilities. Blindsight has received FDA Breakthrough Device designation, which is not approval for general use.

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