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Domainer - https://teapaw.org/t.co/q09Kh6ZvW7 | https://teapaw.org/t.co/7a0LDig3sK | https://teapaw.org/t.co/y9ee2BllMr | | https://teapaw.org/t.co/sO0uvtC7Qu | https://teapaw.org/t.co/6R1vhsisd9 | https://teapaw.org/t.co/nUKHykd8u8 | https://teapaw.org/t.co/QgcIqUvzfJ | https://teapaw.org/t.co/ESEmMgzk92

India
Joined October 2013
Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)Photo by GPK365 🇮🇳 (@GPK365)
GPK365 🇮🇳 retweeted
he reinvented the camera introducing Pi Vector Labs, a microscope that records atoms at video rates this will unlock studying chemical reactions at 1000x more detail, greater yield in AI chip making, cool pics
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GPK365 🇮🇳 retweeted
Multiple features in Laya github.com/NandhaKishorM/lay…
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GPK365 🇮🇳 retweeted
Give your company details and create the policy file studio.embedding.in/
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#EXCLUSIVE | DRDO Initiates Development of Acoustic-Based Drone Detection System SSPL, DRDO to collaborate with Indian vendors for the design and development of an indigenous Acoustic-Based Drone Detection System, an EoI has been released for the same. The system will passively detect and identify incoming drones by capturing their acoustic signatures through high-sensitivity microphones integrated with suitable parabolic reflectors. The captured acoustic signals will be digitised through a Data Acquisition System (DAQ) and processed using an AI-powered platform incorporating Artificial Intelligence and Machine Learning algorithms. 📸 For Representation
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Hehe!
Well kill SAP or die trying and nothing in between.
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Interesting!
Sometimes the simplest mechanical solutions are the most interesting! ⚙️ This transfer system from Festo allows objects to move in two directions across a flat surface, without the need for a conventional robotic arm or mobile robot. What's interesting is how much flexibility you can get from a relatively simple mechanism. By controlling movement along the X and Y axes, boxes and other parts can be repositioned, redirected, and sorted without having to move the entire transport system. And in industrial automation, that simplicity can be a real advantage. Not every material handling problem requires a sophisticated robot. Depending on the application, a mechanical transfer system can be easier to integrate, maintain, and operate. Particularly in warehouses, production lines, and sorting facilities, where moving objects reliably from one location to another is often the main task. I love seeing engineering solutions like this. Sometimes clever mechanics can eliminate the need for much more complicated control systems. Credit: Festo —— Weekly robotics and AI insights. Subscribe free: 22astronauts.com
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Hehe!
Hello everyone. Happy Diwali! Thank you for your criticism, your support and your time over the last two days. Gives me much needed clarity on what we need to explain better: 1. ⁠Temple is not made for India. It’s made for the world. Please check pricing. We don’t expect any more than 1% of Temples being sold in India. 2.⁠ ⁠If you are upset that the pricing is too high, I am sorry. There’s a lot of work that went into Temple, and we priced it at what we think it’s worth. If you think its overpriced, you can wait for user reviews to decide if its worth your money. 3.⁠ ⁠Please do not support us because we are an Indian startup. We want to compete globally. We don’t need/want nationalist support. Support us if you want to support early innovation, which could help you live a better life, and will continue to add more proof to its science over the years. 4.⁠ ⁠There are different audiences which buy products at various levels of proof. Proof goes from whitepaper -> pre-print -> peer reviewed. You are free to sit on the fence until peer reviewed proof arrives. You are free to not believe it even then. Nobody is forcing you to buy. Making announcements is our right; and if we overclaim anywhere, we will inevitably fall into regulatory trouble everywhere in the world. 5.⁠ ⁠We didn’t make any medical claim. Doctors primarily see things from a medical lens, so they see every claim as a medical claim. I repeat – Temple is strictly a fitness + AI device, and we've made no medical claims. Temple is not proven to diagnose or prevent any disease. It doesn't do anything which replaces the need for you to see a doctor. 6.⁠ ⁠The main point of Temple is NOT Brain Flow. That’s what we just started Temple for, and studies on Brain Flow are the first ones getting out. 7.⁠ ⁠The main point of Temple is Entropy (I shared the HomeScreen of Temple three months ago with Entropy as the main thing). Our emails to our waitlisted users only talk about Entropy. We haven’t published anything on Entropy yet. We will. If you want to buy Temple before that, please do. If you don’t want to, don’t. 8.⁠ ⁠Roomdeaf AI is an expansion of the device’s capabilities, and our vision for Temple. It is not a pivot. 9.⁠ ⁠Social media is not the regulator for Temple. Wherever we need regulatory clearances, we will have them before we make any claim needing them. 10. I will post a detailed note on how we calculate Brain Flow, its uses, and most importantly, its limitations in a bit (tomorrow).
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GPK365 🇮🇳 retweeted
Happy Diwali!!🪔 ♥️
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GPK365 🇮🇳 retweeted
Built for the armed forces ⚡️ Special Version only available for Indian armed forces 🤌 The future of propulsion is here. Introducing Prime Toolings' Rotating Detonation Engine (RDE) technology — exploring both air-breathing and non-air-breathing configurations. Advancing next-generation propulsion through engineering, innovation and precision manufacturing. #primetoolings #rde #propulsion #aerospace #defencetechnology #rocketpropulsion #engineering #innovation
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GPK365 🇮🇳 retweeted
Wishing everyone a Happy Deepawali! 🪔 May this festival illuminate new ideas, innovation and brighter possibilities. Prime Toolings #happydeepawali #primetoolings #aerospace #defence #engineering
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Thanks to all contributors
Laya has around 160 contributors pushing stuffs daily. Kudos to those who contribute laya and improve it everyday ❤️
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GPK365 🇮🇳 retweeted
Zala Z61
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यतो धर्मस्ततो जयः "Where there is righteousness, there is victory." Happy Diwali from all of us at @NS_FutureReady. May every home shine with joy, and may India always stand strong, secure and victorious. जयतु भारतम्! 🇮🇳🪔 #HappyDiwali
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GPK365 🇮🇳 retweeted
The first ADITYA was a beginning. The fifth is a legacy in motion.
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GPK365 🇮🇳 retweeted
Made in 🇮🇳. Made at LionCircuits. 8 Layer PCB ✅️ High Density-3.8/3.8 mil ✅️ 0.15mm via BGA dogbone ✅️ Edge Plating ✅️ Will share 10 and 12 Layer boards next up. #JaiHind
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All the best!
The future of cross-platform is 'native', the showcase page of geeknative is almost live!
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GPK365 🇮🇳 retweeted
▪️A new silicon chip that allows terahertz waves to pass through an engineered barrier with little loss, while carrying data at 100 Gbit/s, points to compact terahertz circuits for future 6G communication technologies ▪️Future sixth-generation (6G) wireless networks are expected to use terahertz frequencies, which lie between microwaves and infrared light and offer wide bandwidth. Guiding these waves through compact circuits is challenging, as bends, junctions and abrupt changes in a waveguide can scatter or reflect part of the signal, weakening it as it travels ▪️By arranging triangular holes in a carefully designed pattern in a silicon slab, researchers can create a photonic crystal that guides terahertz waves along the boundary between two regions. Such boundary channels resist certain kinds of backscattering, but a practical circuit must also tolerate deliberately introduced obstacles and changes in geometry Details here: pib.gov.in/PressReleasePage.… @IndiaDST
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Interesting!
Selective soldering machines come in many shapes and sizes, but this model is similar to what they got for the service bureau just before I left. Very effective way to solder very big pcbs with lots of copper.
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