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Aspiring Tony Stark| Simulation Fellow @Pennsurgery |Previously Postdoc at @utsw_surgery #PanCan #WomanInSTEM #ILookLikeASurgeon |views are my own- all of them

Joined October 2022
Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)Photo by Hira (@ISutureGirl)
My loyal Twitter friends! It’s finally happening. I'll be presenting at the ACS Clinical Congress in Washington, DC this year. I'd love to see you there and hear your thoughts. Or just come say hi anyway. I'd really love to meet you! @AmCollSurgeons ccapp.facs.org/event/clinica…
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Le me training the new fellow: put those sutures there - good job! *excitingly* New fellow: hey don’t treat me like a child I’m a surgeon. *seriously* Le me: and what am I? A chicken? This is what happens when you look 10 years younger than your real age.
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Today was the best meme day ever
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Demoted four times and threatened with deportation, 2023 medicine laureate Katalin Karikó's journey in science was difficult but she persevered: "You have to channel all your energy into seeking out 'What's next? What can I do?'" Watch her interview: bit.ly/3CpWWta
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Robotics at University of Michigan is on 🔥! Plus, it's completely open-sourced and free. University of Michigan Robotics Department put their entire robotics program on GitHub. Everything. Code. Textbooks. Examples. Simulations. That's what inside: → ROB 101: Computational Linear Algebra. Foundation course on the math that actually powers robots. → ROB 201: Calculus for the Modern Engineer. They wrote a textbook from scratch (GPL-licensed, on GitHub) because standard calculus doesn't address what engineers need. → ROB 204: Introduction to Human-Robot Systems. How humans and robots actually interact. → ROB 311: How to Build Robots and Make Them Move. The gap between theory and practice. → ROB 501: Mathematics for Robotics. Graduate-level rigor with code examples and interactive Jupyter notebooks. If you want to learn robotics math from one of the world's best robotics departments, it's free. Over 2,800 GitHub stars on the math courses alone. Thousands of people learning robotics, just because it's open for everyone :) This is how you build the next generation of roboticists! 🔗 Access it here: github.com/michiganrobotics ~~ ♻️ Join the weekly robotics newsletter, and never miss any news → ziegler.substack.com
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Period!
Replying to @EricKnauerMD
They always are. Death Taxes Surgeons on stairs
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You know you’re a sweet person when you give death stare to a student and they go like “nah, not mean enough”
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There's still time to apply for awards of up to 2k to support summer research projects. Applicants must have a SAGES Member mentor. Learn more and apply at sages.org/research/medical-s…
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Exclusive: “The instant I saw the picture my mouth fell open and my pulse began to race.” So wrote James Watson in The Double Helix: A Personal Account of the Discovery of the Structure of DNA, his controversial account of how he and Francis Crick deciphered the structure of DNA in 1953. The image, now known as photograph 51, showed an elegant, symmetrical pattern of spots formed by x-rays diffracted from strands of DNA—the fingerprint of the molecule's helical structure. Rosalind Franklin, an x-ray crystallographer, had produced the image in the spring of 1952. But Watson's 1968 book, amid other slights and sexist language directed at Franklin, implied the flash of insight was his alone. Popular accounts still routinely suggest Franklin missed the significance of the photo. She never had a chance to challenge Watson's dismissive narrative; she died of cancer in 1958, a decade before his memoir was released and became a bestseller. But a new analysis of her notes on another x-ray image, which she made just days earlier using the same DNA sample, offers a firm rebuttal. Learn more: scim.ag/4hNj7KB @NewsfromScience
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Karpathy said the hottest new programming language is English The hottest new way to do research is validating outputs that were vibe coded jacr.org/article/S1546-1440(…
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How creative!
Vascular suture workshop! Using affordable homemade grafts! Spreading the master's @David_ukan @BBASS_skills teachings! Basics and details are the key to success! @pferrada1 @SWexner @CiruAndes2 Only in the @FSFB_Salud VI politrauma course in association with @HopkinsMedicine @hopkinssurgery @JohnsHopkins ! @SWexner @pferrada1 @juliomayol @TomVargheseJr
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C.S. Lewis, what wickedness really is
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We’ve lost an icon. Margaret Hamilton, a computer science pioneer best known for her work at MIT leading development of the flight software for the Apollo missions to the moon, has died at 90. Read about her legacy via MIT News: news.mit.edu/2026/margaret-h…
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Scientists are losing their minds over this paper. They proved every mitochondria in your body is a tiny quantum device running at 71 THz. And it responds to light. Researchers detected a mysterious 71.0-terahertz vibration signal. this frequency is only present in healthy, living cells and tissues. exact moment the cell dies or the mitochondrial structures are broken apart, the signal vanishes completely. How does this happen? Classical physics has always struggled to explain the high energy-efficiency of life. So the team built a quantum model of light-matter coupling and discovered something called a "mito-polariton". It is a literal quantum superposition state that forms when light couples with lipid ch2 bonds inside functional mitochondria. This quantum resonance splits the intrinsic vibration mode into two levels, creating that bizarre 71 thz frequency that you only see in living things. Why does this matter? Because this quantum state actually acts as a highly efficient channel to modulate atp production in living cells. our bodies literally use quantum mechanics to generate the energy that keeps us alive.
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Ben Affleck reveals he writes Python, understands convolutional neural networks, worked extensively with GPUs, and used his celebrity status to get private looks at Google and OpenAI’s video models “I’ve always been kind of into computers since I was young. Then, when film started to move from analog film to digital, I became more interested in that aspect of it. The visual-effects workflow for many years has included machine learning, so I can write pretty shitty Python scripts and stuff like that. “With convolutional neural networks, which were the precursors to what the transformer can do, which is much more computation simultaneously, you would do things like look at what’s called a tensor. That’s the numerical translation of a visual image in numbers, like the batch number, the frame number and the red, green and blue values of each pixel in each frame. It’s just that simple. That numeric is called a tensor. “You’d use a convolutional neural network to identify patterns that reveal what’s called edge detection or feature extraction, which is identifying patterns well enough to know, this is where the window ledge is, so we can more easily take the green-screen image out and replace it with something. “That was familiar to me early on because, prior to Artists Equity, I had a small visual-effects company. I’ve worked with GPUs a lot too. The visual-effects guys said, ‘Hey, you should see. There are a couple: Google and this other company, OpenAI, are doing really interesting stuff with transformers in video.’ “I’ve learned that I can actually just call up and go, ‘Hey, it’s Ben Affleck. Can I come see what you’re doing?’ Sometimes people say yes, to my astonishment.”
$ANET Andy Bechtolsheim says AI has made optics demand about 10 times bigger in five years and the industry is only at the "very beginning" "So I guess I don't need to tell you that AI has been driving this incredible increase in demand for high-speed optics, which is probably now 10 times bigger than it used to be five years ago..." "And what I want to talk to you today is that we're not at the end of this journey, but rather the very beginning. There's easily another order of magnitude increase in bits needed for the next generation kind of data centers." "So what I want to talk about first is what's happening at the data center level, and how we as an industry have to get together to solve these problems of this very rapid and high demand growth as fast as possible, since AI can't wait." ______ For full set of takeaways to Andy's AI Datacenter and Optics lecture: firesidealpha.substack.com/p…
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“You can pick your friends. You can pick your nose. But you can’t pick your friend’s nose” — Infectious Disease, probably
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Just when the USMLE loses its Jehovah's Witness transfusion ethics question, they gain a botched lethal injection resuscitation ethics question.
Christa Pike, who survived Tennessee's attempt to execute her via lethal injection, is intubated, on a ventilator, and remains unconscious in a Nashville-area hospital, her attorneys said in a court filing. cnn.it/4hJprTt
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One of the reasons why I chose surgery and probably the most important reason is that I can spend my whole day in Pajamas (scrubs). Ah so comfy.
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He literally came hugged me took a picture and said, I’m going to see my friends. Bro what was that? #ACSCC2026
I have to say, @AmCollSurgeons really knocked it out of the park this year. Got to connect with old friends, made new ones. Presented our lab’s research. The sessions and activities were all outstanding! The House of Surgery had it all. #ACSCC26 @RASACS
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Surgical friendships without barriers! Working togetherness for the constantly growing of innovation and education in surgery across the world! Dr @ISutureGirl ! Only during the 2026 @AmCollSurgeons clinical congress in DC! @pferrada1 @SWexner @TomVargheseJr
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