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Cyberpunk remote work, IRL.
Operators in the Philippinesβpaid about $250/monthβare remotely piloting shelf-stocking robots in Japanese stores.
Today itβs teleoperation; tomorrow itβs training data. The real question: how fast until the robots learn enough to cut humans out of the loop?
#robots #teleoperation #retailtech #AI #futureofwork #science
Operators in the Philippinesβpaid about $250/monthβare remotely piloting shelf-stocking robots in Japanese stores.
Today itβs teleoperation; tomorrow itβs training data. The real question: how fast until the robots learn enough to cut humans out of the loop?
#robots #teleoperation #retailtech #AI #futureofwork #science
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π Starcloud wants a 4-km, 5-GW GPU data centerβ¦ in space
NVIDIA-backed startup Starcloud is about to put a data-center-class GPU in orbit: their Starcloud-1 satellite launches in November with an NVIDIA H100 onboard β roughly 100Γ more GPU compute than any prior space system. The 60-kg, fridge-sized sat is a first step toward orbital GPU clouds.
Why it matters: today, satellites downlink raw data to Earth for processing. With an H100 upstairs, AI runs where data is born β cutting response times from hours to minutes. Thatβs big for sensors like SAR, which can spit out ~10 GB/s; instead of shipping it all home, the model can filter, segment, and alert in orbit.
Power & cooling: sunlight is (nearly) constant in orbit and space is an βinfinite heat sinkβ via radiators, so no water-hungry chillers. Starcloudβs roadmap sketches a ~5 GW orbital data center fed by solar + radiator panels about 4 km Γ 4 km. Future birds aim to integrate Blackwell GPUs for up to 10Γ more performance versus Hopper.
#science
NVIDIA-backed startup Starcloud is about to put a data-center-class GPU in orbit: their Starcloud-1 satellite launches in November with an NVIDIA H100 onboard β roughly 100Γ more GPU compute than any prior space system. The 60-kg, fridge-sized sat is a first step toward orbital GPU clouds.
Why it matters: today, satellites downlink raw data to Earth for processing. With an H100 upstairs, AI runs where data is born β cutting response times from hours to minutes. Thatβs big for sensors like SAR, which can spit out ~10 GB/s; instead of shipping it all home, the model can filter, segment, and alert in orbit.
Power & cooling: sunlight is (nearly) constant in orbit and space is an βinfinite heat sinkβ via radiators, so no water-hungry chillers. Starcloudβs roadmap sketches a ~5 GW orbital data center fed by solar + radiator panels about 4 km Γ 4 km. Future birds aim to integrate Blackwell GPUs for up to 10Γ more performance versus Hopper.
#science
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πβ¨ Merry Christmas from Tech.World! β¨π
As Christmas arrives tomorrow, we want to take a moment to thank every member of the Tech.World family for being part of this journey.
Christmas is not only a celebrationβitβs a reminder of hope, connection, and new beginnings. Just like technology connects the world, this season brings people closer through kindness, sharing, and innovation.
ππ‘ At Tech.World, we believe the future is built where technology meets humanity. May this Christmas inspire you to dream bigger, learn more, and move forward with confidence into the future.
π Wishing you:
Peace in your heart
Joy in your home
Success in your goals
And endless curiosity for technology
Thank you for your support, your engagement, and your trust.
Letβs continue exploring the futureβtogether.
π Merry Christmas & Happy Holidays! π
β #Tech.World
As Christmas arrives tomorrow, we want to take a moment to thank every member of the Tech.World family for being part of this journey.
Christmas is not only a celebrationβitβs a reminder of hope, connection, and new beginnings. Just like technology connects the world, this season brings people closer through kindness, sharing, and innovation.
ππ‘ At Tech.World, we believe the future is built where technology meets humanity. May this Christmas inspire you to dream bigger, learn more, and move forward with confidence into the future.
π Wishing you:
Peace in your heart
Joy in your home
Success in your goals
And endless curiosity for technology
Thank you for your support, your engagement, and your trust.
Letβs continue exploring the futureβtogether.
π Merry Christmas & Happy Holidays! π
β #Tech.World
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Scientists Discover a New Way to Slow Cellular Aging
Biologists at Cornell University have uncovered a surprising mechanism that may help cells resist aging.
The key players are extracellular vesicles β tiny membrane bubbles released by embryonic stem cells. When these vesicles interact with aging cells, they significantly slow down cellular senescence, a process triggered by oxidative stress that halts cell division and degrades tissue function.
In experiments with mouse embryonic stem cells, researchers found that these vesicles helped skin, muscle, and nerve cells stay active and functional for much longer than usual.
π¬ Why does it work?
The vesicles carry fibronectin, a protein on their surface that helps them bind to older cells. Once attached, they stimulate the production of enzymes that neutralize free radicals, reducing oxidative damage β one of the main drivers of aging.
π§ͺ Whatβs next?
The team plans to test the effect of these vesicles in living organisms to see how they influence aging at the whole-body level.
π Why it matters
If confirmed, this discovery could pave the way for anti-aging therapies and treatments for age-related diseases β not by replacing cells, but by protecting them from aging in the first place.
#science #Tech.World
Biologists at Cornell University have uncovered a surprising mechanism that may help cells resist aging.
The key players are extracellular vesicles β tiny membrane bubbles released by embryonic stem cells. When these vesicles interact with aging cells, they significantly slow down cellular senescence, a process triggered by oxidative stress that halts cell division and degrades tissue function.
In experiments with mouse embryonic stem cells, researchers found that these vesicles helped skin, muscle, and nerve cells stay active and functional for much longer than usual.
π¬ Why does it work?
The vesicles carry fibronectin, a protein on their surface that helps them bind to older cells. Once attached, they stimulate the production of enzymes that neutralize free radicals, reducing oxidative damage β one of the main drivers of aging.
π§ͺ Whatβs next?
The team plans to test the effect of these vesicles in living organisms to see how they influence aging at the whole-body level.
π Why it matters
If confirmed, this discovery could pave the way for anti-aging therapies and treatments for age-related diseases β not by replacing cells, but by protecting them from aging in the first place.
#science #Tech.World
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Sharing my thoughts, discussing my projects, and traveling the world.
https://t.me/ethideveloperz
https://t.me/ethideveloperz
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Developer zone
Sharing my thoughts, discussing my projects, and traveling the world.
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π§ π¦ Your gut may be shaping your mind more than you think
A new peer-reviewed study adds to the growing evidence that the gut microbiome plays a direct role in brain function, behavior, and mental health β far beyond digestion.
Researchers show that changes in gut bacteria can influence:
⒠𧩠cognitive performance
β’ π stress and anxiety levels
β’ π§ neuroinflammation and brain signaling
β’ π the gutβbrain communication loop via immune and neural pathways
Whatβs especially striking is that the effects are bidirectional:
your mental state alters the microbiome, and the microbiome, in turn, alters your mental state.
This reinforces a major shift in neuroscience and medicine:
The brain is not an isolated organ β itβs deeply integrated with the immune system, metabolism, and trillions of microbes living inside us.
Implications range from mental health treatments to personalized nutrition, probiotics, and even preventive psychiatry.
π Source (open access):
https://www.tandfonline.com/doi/full/10.1080/19490976.2025.2599562
#Highlight #Science 2026
A new peer-reviewed study adds to the growing evidence that the gut microbiome plays a direct role in brain function, behavior, and mental health β far beyond digestion.
Researchers show that changes in gut bacteria can influence:
⒠𧩠cognitive performance
β’ π stress and anxiety levels
β’ π§ neuroinflammation and brain signaling
β’ π the gutβbrain communication loop via immune and neural pathways
Whatβs especially striking is that the effects are bidirectional:
your mental state alters the microbiome, and the microbiome, in turn, alters your mental state.
This reinforces a major shift in neuroscience and medicine:
The brain is not an isolated organ β itβs deeply integrated with the immune system, metabolism, and trillions of microbes living inside us.
Implications range from mental health treatments to personalized nutrition, probiotics, and even preventive psychiatry.
π Source (open access):
https://www.tandfonline.com/doi/full/10.1080/19490976.2025.2599562
#Highlight #Science 2026
Taylor & Francis
Discovery and characterization of antitumor gut microbiota from amphibians and reptiles: Ewingella americana as a novel therapeuticβ¦
The utilization of gut microbiota in cancer therapy has attracted considerable attention as an emerging therapeutic frontier. In this study, we systematically evaluated the antitumor effects of nin...
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