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would you really rather choose safe things like. restaurant. or. chocolate. or. idk. whatever
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final year of college does feel different. its like life tutorial mode is ending. we used to worry about exams and scores and we picked our next actions from a small set but now you are free to do anything which is so scarily broad. feels weird.
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what if there was a device in your mouth that knew exactly what food went in and tracked calories for you
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just accidentally closed around 498 tabs on safari mobile private mode please send your respects in this dark time
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ishan retweeted
I'm excited to introduce Mark 1, Until's electromagnet for rapidly rewarming organs from cryogenic storage temperatures. We set out to scale magnetic nanoparticle warming to human-scale organs while keeping the coil losses low enough for hospital use. Mark 1 produces a 900 kHz oscillating field at up to 40 kA/m with 7 kW of coil loss in a bore compatible with human-sized organs. This intersection of field, frequency, coil volume, and efficiency makes the system a first of its kind.
For organ rewarming, we reduce the field strength to 29 kA/m and bring the losses down below 4 kW. At these settings, we have been able to rewarm a vitrified pig kidney loaded with our in-house nanoparticles at 50 C°/min while consuming a total of less than 4 kW out of the wall. At this power, the device could run off of a common single phase 208V circuit. This 50 C°/min warming rate exceeds the critical warming rate required to outrun ice formation using our in-house cryoprotectant.
Mark 1 is just one example of the significance of audacious engineers and applied physicists for progress in reversible cryopreservation. If you're excited by pushing the frontier in hardware to improve human health, join our team.
For organ rewarming, we reduce the field strength to 29 kA/m and bring the losses down below 4 kW. At these settings, we have been able to rewarm a vitrified pig kidney loaded with our in-house nanoparticles at 50 C°/min while consuming a total of less than 4 kW out of the wall. At this power, the device could run off of a common single phase 208V circuit. This 50 C°/min warming rate exceeds the critical warming rate required to outrun ice formation using our in-house cryoprotectant.
Mark 1 is just one example of the significance of audacious engineers and applied physicists for progress in reversible cryopreservation. If you're excited by pushing the frontier in hardware to improve human health, join our team.
We’re putting the “reversible” in Reversible Cryopreservation 🧡
Our latest post breaks down how our rewarming process works and shares new human organ-scale rewarming data we’re excited to finally show.
Check it out in the link below 👇
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ishan retweeted
Despite fighting malfunctioning equipment, I captured one of my most surreal videos ever.
That’s the moon crossing in front of the sun. You can see mountains on the lunar limb as it transits the chromosphere.
Captured using a specially modified telescope from Utah in 2023.
That’s the moon crossing in front of the sun. You can see mountains on the lunar limb as it transits the chromosphere.
Captured using a specially modified telescope from Utah in 2023.
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ishan retweeted
This should be a bigger story.
Scientists are more concerned than ever that a critical Atlantic current will collapse soon and wreak havoc on North America and Europe. The Atlantic Meridional Overturning Circulation, or AMOC, is a massive conveyor belt of ocean currents that transports water from the tropics to the Atlantic.
Without it, severe weather would impact both regions at potentially devastating rates.
These scientists aren't just warning us about an environmental issue—they're sounding the alarm about a climate threat that could fundamentally rewrite how future generations survive on our planet.
theguardian.com/environment/20…
Scientists are more concerned than ever that a critical Atlantic current will collapse soon and wreak havoc on North America and Europe. The Atlantic Meridional Overturning Circulation, or AMOC, is a massive conveyor belt of ocean currents that transports water from the tropics to the Atlantic.
Without it, severe weather would impact both regions at potentially devastating rates.
These scientists aren't just warning us about an environmental issue—they're sounding the alarm about a climate threat that could fundamentally rewrite how future generations survive on our planet.
theguardian.com/environment/20…
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ishan retweeted
draggable stickers on a website for an event @purduehackers is hosting
the stickers share data across clients so when someone moves a sticker, it moves on your screen too :3
the stickers share data across clients so when someone moves a sticker, it moves on your screen too :3
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ishan retweeted
pure. wholesome. the funny little man sees that the other freak is moving, sees it might be alive. conscious. and examines him respectfully. no harm, no foul. precious animal. respectful animal. no reason to turn him into stew. will look into this
A young pygmy monkey discovering the existence of insects
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ishan retweeted
Scientists identified ribose (used in RNA) and – for the first time in any extraterrestrial sample – glucose, a major energy source for life. These sugars join nucleobases and phosphates previously found, demonstrating the full suite of RNA building blocks were present on the ancient asteroid.
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ishan retweeted
i'm running the largest creative-technical demo day in the midwest... out of a coffee shop!! :)
this saturday @purduehackers is hosting spill ≋, the second in our series of pop-up demo days where our members get to showcase various projects they've been working on throughout the semester! we have so many cool things folks have built, including:
- a restored industrial robot arm that was once a welder, but now plays connect 4 with you 🏗️
- a cpu with brainfuck, the infamous turing complete language, as its native instruction set, running at billions of cycles 🧠
- a projector butterfly garden that lets you draw your own butterfly and see it spring to life in a virtual simulation you can control with your hands and body 🦋
- a custom-built robot, cv pipeline, and virtual instruction set capable of performing computational operations on a rubiks cube 🧊
and so many more wacky, wild, and fascinating projects created by super talented individuals. all displayed in one night, over the course of three hours.
spill.purduehackers.com/tickets/176469…
this saturday @purduehackers is hosting spill ≋, the second in our series of pop-up demo days where our members get to showcase various projects they've been working on throughout the semester! we have so many cool things folks have built, including:
- a restored industrial robot arm that was once a welder, but now plays connect 4 with you 🏗️
- a cpu with brainfuck, the infamous turing complete language, as its native instruction set, running at billions of cycles 🧠
- a projector butterfly garden that lets you draw your own butterfly and see it spring to life in a virtual simulation you can control with your hands and body 🦋
- a custom-built robot, cv pipeline, and virtual instruction set capable of performing computational operations on a rubiks cube 🧊
and so many more wacky, wild, and fascinating projects created by super talented individuals. all displayed in one night, over the course of three hours.
spill.purduehackers.com/tickets/176469…
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12.75 million instructions per second, now with serial IO and a vga based view into the data tape as the cpu executes. guess what it’s computing
github.com/quackduck/brai…
github.com/quackduck/brai…
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guys it has correctly calcuklated 2^17000 and more so far.
ive never had to raise the python int length limit
ive never had to raise the python int length limit
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