vibe coder
Mars
Joined October 2013
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I hope your doing a video on how to automate this, ( it's good business ) send sms or whatsaap message to millions, get feedback,respond individually ( keep history of chats). Politicians , products sellers would love this, host locally if possible.
The idea that a campaign could hit one button and send 20 million different messages to 20 million different people is terrifying. We've moved past ads into the era of messaging missiles. And yet most of the messages I am getting are way off target. nytimes.com/2026/11/02/busin…
The Martian retweeted
It turns out the new way to feel "luxury" is simply paying $499 for a coffee machine that doesn't have plastic in its brew path. Never mind the much cheaper Senseo machines that did a great job in the Netherlands. cnn.com/2026/11/02/food/coff…
Mark, just a thought,🤔,our fb algorithm should be able to get feedback that I have installed an app, instead of showing me ads of apps that I have installed, similarly to likes, liking a product or a video, doesn't mean I need to see same content repetitively. Comments?
@finkd
Sci coming to live, food synthesizers
🇺🇸 3D-printed meat is now appearing on American grocery shelves, as engineered alternatives move from labs and restaurants into everyday retail.
Five companies have received approvals for cultivated animal products, including chicken, salmon and pork fat, though most remain limited to restaurants and small-scale launches for now.
Industry insiders say cultivated meat could become very common in supermarkets by the end of the decade.
If everything wasn’t fake enough already, now you can look forward to artificial steak joining the grocery list.
Writer: Mhedi
The Martian retweeted
🇺🇸 3D-printed meat is now appearing on American grocery shelves, as engineered alternatives move from labs and restaurants into everyday retail.
Five companies have received approvals for cultivated animal products, including chicken, salmon and pork fat, though most remain limited to restaurants and small-scale launches for now.
Industry insiders say cultivated meat could become very common in supermarkets by the end of the decade.
If everything wasn’t fake enough already, now you can look forward to artificial steak joining the grocery list.
Writer: Mhedi
The Martian retweeted
🇺🇸 Elon asked the question that sounds obvious now: Why are we throwing rockets away?
Once he dug into the economics, one thing stood out: fuel was just “0.2% to 0.5% of the cost of the rocket.”
The real hack was treating a rocket less like a firework and more like a 747.
Turns out the craziest idea was throwing the whole thing away after one flight.
Writer: Val
Wow
🇺🇸 Ocean City got the full Tesla treatment last night
A huge crowd of Tesla owners lined up their cars and synced them into one giant light show, lighting up the night in perfect rhythm.
Say what you want about @Tesla … this goes hard.
Writer: Val
Slowly all sci-fi movies are becoming reality, ......waiting for skynet
Scientists have successfully grown living human skin around a robotic finger, giving it the ability to move, bend and even heal itself.
Researchers at the University of Tokyo have brought science fiction closer to reality by covering a working robotic finger with living skin cultured from human cells.
Led by biohybrid engineer Shoji Takeuchi, the team submerged the robotic digit in a specialized mixture of collagen and human dermal fibroblasts, creating a supportive dermis layer. They then applied human keratinocyte cells to form a resilient outer epidermis.
The resulting living skin is not only flexible enough to withstand continuous joint movement without tearing, but it also develops natural wrinkles at the knuckles, matching the look and texture of a real human hand.
Beyond its lifelike appearance, this biohybrid skin has a notable ability to self-heal. When researchers made a small incision on the finger and applied a simple collagen bandage, the skin’s fibroblast cells naturally merged the bandage back into the surrounding tissue, repairing the wound within a week.
While the technology currently needs continuous moisture to keep the living cells alive, the breakthrough opens new doors for medical testing, prosthetics and the development of ultra-realistic humanoid robots that can interact safely and seamlessly in healthcare and service industries.
[Kawai, M., Nie, M., Oda, H., Morimoto, Y., & Takeuchi, S. Living skin on a robot. Matter, 5(7), 2190-2208]
