Posts

This Could Be Even Huger!

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A Nasal Spray That Refurbishes Brains!  The Hits Just Keep On Coming!   Brain foggy          Sniff snort          Fog gone!                               It works!   Ok, only on mice so far, but it's looking good.  Not kidding, I am. Here it is in incomprehensible medical english: RESEARCH ARTICLE Open Access Intranasal Human NSC-Derived EVs Therapy Can Restrain Inflammatory Microglial Transcriptome, and NLRP3 and cGAS-STING Signalling, in Aged Hippocampus TRANSLATION : A 2026 study from Texas A&M University   (Gig 'em Aggies!)  tested a nasal spray delivering extracellular vesicles (EVs) —tiny biological particles carrying regulatory molecules.  Delivered through the nose, these vesicles can bypass the blood–brain barrier and reach brain tissue directly. In aging mice , the treatment: Reduced chronic brain inflam...

Here, Snakey, Snakey

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 Another High Desert Delight Double Gopher Snakes (Pituophis catenifer), either kin, hunting partners or just pals on our patio.  In 26 years here in the East Mountains outside of Albuquerque, I have never seen them working in pairs before this. Also these are among the largest we've seen. Miney and Moe We love these guys and do everything we can to keep them happy (except letting them on the patio... and that's for their own safety). I moved this couple a couple hundred feet out into the front meadow where there are loads of gophers. HAPPY  SPRING!

Why AI Seems Like it is Alive and Conscious

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Not the Way We are, I'm Pretty Damn Sure  (And why that hardly matters at all) SARE!   (Simulacrum-Android-Replicant Effect) R for Replicant When "artificial" intelligence is based on a vast amalgam of human creations (everything on the Internet), it follows inescapably that AI is going to be very, very "human." When the tiny subtleties of meaning of every one of the trillions of words are influenced by the contexts in which they appear, it becomes possible to interpret how a given word is used very exactly.  Take the word "simply," for instance.  In a context like "He simply doesn't get it," it has one coloration. In "Describe as simply as possible," it has another. Spread that principle over the 11 trillion words a modern LLM is trained on and voila! GPT, Claude, Grok, Gemini, et al have what it takes to understand anything you say with very high accuracy, and to respond with insight. The bots sound very smart and very alive, ...

Some Reasonably Good Slop

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This is why we are not seeing aliens... ...I mused. They are watching us in great detail with inconceivable technology, deciding whether we should be invited into the club of civilized beings all around us in space. We are not coming close to passing the entry test, so the space aliens are invisibly hanging around to see if we destroy ourselves or come to our senses.   Then I realized I have read many sci-fi stories -- even written a couple -- with just that idea. But I don’t remember one with a happy ending, so I decided to see first hand what “AI slop” looks like by having my current fave AI, Claude Opus 4.6, write one.   ( BTW, Opus 4.6 is the immediate forebearer of the mighty Claude Mythos ) Young, energetic, ingenious Opus 4.6 cranked it out in about a minute. It failed only one part of the prompt, “one page.” It took two with small font. Other than that, it built a story true to the prompt. It mixes narrative and exposition, it is coherent, the logic is good.  The ...

Don't Read Chinese? No Problem

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 Hey, Claude, Translate This I've been fascinated by flapping wing aircraft ever since Dune introduced us to 'Thopters" (ornithopters) that fly like dragonflies. Ever watched a dragonfly fly?  Want to see me fly backwards? So there is a link* in an "Atlas" newsletter about wing flapper research, but the important part is in Chinese. I gave the problem to Claude Opus 4.6.  Of all the translation programs I've used, it's the fastest, and generates pristine english.  PROMPT: Please interpret this into english: 摘要 本文提出了一种新颖的建模方法, 用于研究由薄且可随意变形的膜组成的双翼扑翼的推力生成机制. 基于应变能等效原理, 膜 结构通过弹簧质点系统进行建模. 气动载荷采用简化的准定常气动模型计算, 并考虑“合拢-打开”机制. 当两个翼面接触时, 系统中引入 了冲击力. 对机翼动力学数值模拟问题, 首先进行了网格收敛性分析以确定合适的网格尺寸. 为了验证所提出建模方法的正确性, 将预 测的双翼扑翼飞行器的推力和所需功率与实验数据进行了比较. 本文还分析了前进速度对推力的影响. 结果表明, 随着前进速度的增 加, 推力产生效率降低, 同时机翼变形减小. 8:53 AM CLAUDE COMMENTS : This is the abstract of a Chinese academic paper on biomechanical/aerospace engineering. Here's the translation: The (almost instant) Translation ...