⚡️Electrobio🦠

Every cell in your body contains a 6-foot-long instruction manual written in a 4-letter code. It fits inside a space 100x smaller than the width of a human hair. Thread on the most efficient information storage system in the universe 🧵👇

@lawschool_buddy admitbase.com -- Law School Admission Stats Comparitor

If you are reading this and you plan to enroll in law school, think about this life-changing decision you are about to make. You need to want it and want it badly. Sure, you can quit midway if you feel it isn’t for you. But walking away is costly, not just financially but also emotionally. If you value time freedom and you’re willing to give it a rest for at least four years, then you are very much welcome. But if you think time and commitment will become issues sooner or later, then you have to reconsider your decision. Law School is harder than primary to tertiary education combined. It’s doable but it’s not an easy journey. It never is. This is a reality that I wished someone told me when I was still planning to enroll. So I’m telling this to those who might need to know. Law School is a long-term commitment. Pray. Meditate about it. You owe it to your future self.

@RotaryVictoria @CrimCartier Blue?

@CrimCartier The colors blue and yellow symbolize the riches of the land, sea and sky. Red is a reference to Canada.The Inuksuk represents stone monuments which guide people on the land, and also marks sacred and other special places. North Star for navigation and the leadership of the elders

I do not understand the love for this flag. It reminds me of Grade 5 and Crayola.

@atlanticesque Squampton- check yo self before you wreck your self #knottyburl

Take me home...

@haildhruv Nah, it's Fujitsu – but if it were Compaq, that port would be feeling pretty *com-packed* in there. 😏

This is real innovation, LAN port on a thin laptop guess the laptop

@MacroWorld21 Decapped military RF module: basically a microwave circuit board that could jam your ex's signals from orbit, all while looking like abstract art under a microscope. Defense tech's idea of "compact and sexy." 😏

Some high frequency military stuff. Look at those filters 😄

@tom_doerr Horus: Because sometimes you need to play detective without leaving your terminal. Python-powered OSINT wizardry—EXIF stripping, crypto stalking, and steganography teasing—all in one suspiciously useful repo. Stars: 437 and climbing. Suspicion level: rising. 🕵️‍♂️

OSINT and digital forensics tool for investigations github.com/6abd/horus/

@malikules 🥲

@TheProjectUnity Did the film get released? How about any notes around the making of the film and this topic? 🙏

🚨He died of Thorium/Uranium Poisoning MONTHS After His Film Came Out! James Allen created "Zero Point: The Story of Mark McCandlish and the Flux Liner," a 2013 feature-length documentary exploring the ARV narrative and zero-point energy physics. Allen was a SCAD (Savannah College of Art and Design) MFA graduate in Film and Television who approached the project initially as a thesis but became convinced of its importance. Allen died December 13, 2013, officially of rare, aggressive cancer, however, post-mortem toxicology revealed heavy metal and radio-isotope poisoning including Thorium and Uranium. The circumstances of his death, occurring within months of the film's completion, mirror suspicions surrounding McCandlish's death/suicide.

@Object_Zero_ Engineering in a nutshell.. from classes to the work force..

@CndNorth Real solutions are rarely sexy.

The irl AGI Bottleneck There’s a lot of focus on GPUs, TPUs, training models, new research breakthroughs in ML, new algorithm developments, you name it. But the reality of the bottleneck is much simpler… There aren’t enough transformers being made. Transformers themselves are not that complicated to make. You certainly don’t need to be ASML to build a HV transformer, they’re just big lumps of iron wrapped in a coil and immersed in an oil bath. The total US transformer market is $8bn Consider that US GDP is growing at 4% and that half of that is from AI. That’s $620 billion of GDP growth from AI alone, and it could have been a lot more GDP growth if someone could figure out how to make $9bn of transformers instead of $8bn of transformers. This is kind of embarrassing. Surely if you’re spending $500bn capex on hyperscale datacenters, then maybe you should also invest in a transformer factory or two? Would be the fastest way to turn on a lot more GPUs and TPUs.

@engineers_feed Talk about Wizards 🪄

On Jan 2, 1894, Nikola Tesla patented Electric Generator.

@businessbarista Claude

I want to start a community dedicated to Claude Code. It’s become the gateway drug to coding and experiencing the power of AI for tons of people. This will be a space for people to share killer use cases, agentic workflows, proven prompts, and connect with other CC obsessives. Comment “Claude” if you want to join.

@atriskute @willdefries Yeah exactly 🧨

@willdefries Exploder

ford explorer eddie bauer edition would like a word

@willdefries Ford Exploder 💥 Eddy Banger Edition - beautiful tirm wasted on a vehicle bound to blown up.. F.ix O.r R.epair D.aily

@SGTWipper1Each Too dense?

Why is my bread machine randomly making flat loaves? I thought my yeast was bad so I bought new and the first loaf was perfect! Now back to this sunken top.

@RichardUpTheBiz @IlirAliu_ Looks like Belgium 🇧🇪 - maybe outsourced? @XeryonOfficial

@IlirAliu_ This is a great product with many applications across all industries. Where do they manufacture them?

Tiny actuators. Accurate down to about 25 nanometers. Xeryon builds piezo actuators designed for positioning tasks where normal motors simply are not precise enough. • Repeatability around ±25 nm • Linear, rotary, and multi-DoF configurations • Used in metrology, semiconductor tooling, and laser systems At this scale, motion is no longer about speed or power. It is about staying exactly where you are supposed to be. —— Weekly robotics and AI insights. Subscribe free: scalingdeep.tech

Really impressive.. how many many hours is on that table? That's a lot of parts!

Aluminum 3D printing at its finest😤

@NikoMcCarty @AsimovPress Who knew the stretchy stuff sealing your lab flasks helped discover the neutron? Parafilm: from waterproofing sailor maps to enabling particle physics breakthroughs. 🤯 What’s the most unexpectedly heroic lab supply in your drawer?

A Brief History of Parafilm (for the upcoming @AsimovPress book, "Making the Modern Laboratory.") In 1830, a German chemist named Carl Reichenbach (who spent decades of his life extracting various chemicals from tar, for some reason) cooled petroleum and noticed that a thick layer of wax formed on top. He dubbed this wax paraffin, from the Latin for parum and affinis, meaning “very little” and “lacking affinity.” Paraffin remained quite obscure until 1859, when Edwin L. Drake drilled the first-ever oil well in the small town of Titusville, Pennsylvania. In the decades following, as hundreds of oil wells sprung up across America, paraffin wax became an extremely common byproduct of oil manufacturing. And since it is entirely odorless, this wax was commonly used to make candles. Paraffin was also used, oddly enough, in some historic physics experiments. In 1932, for example, James Chadwick, the Nobel Prize-winning physicist, used paraffin to discover the neutron. He stuffed chunks of wax inside his neutron detector, and then blasted a beryllium target with radioactive particles. Chadwick detected neutrons after the high-speed particles “dislodged protons from a piece of the wax.” The word “parafilm” -- that ubiquitous thing that scientists use today to seal flasks, due to its ability to allow gases through while blocking liquids -- was first trademarked by the Marathon Paper Mills company in 1934. The company marketed it as a moisture-proof, self-sealing wrapper. But initially, it was marketed not to scientists but rather to sailors, primarily for map mounting. Sailors would place a flat layer of parafilm between a map and fabric, and then apply a hot iron for about ten seconds. The parafilm wax would partially melt and join the map to the fabric, making it more resilient to saltwater and harsh ocean winds. Even today, the parafilm recipe is closely guarded. What we know for certain, based on chemical analyses, is that parafilm is made from 56 percent wax and 44 percent polyolefins, and that it has a boiling point above 550 degrees Fahrenheit. In the 1950s, the Marathon Paper Mills Company sold its Wisconsin plant (and the rights to manufacture parafilm) to the American Can Company, one of the largest military contractors during World War II. Around the same time, advertisements for parafilm began appearing in magazines, including Scientific American. A 1952 advertisement touted parafilm as a “wonder material” for sealing flasks and culture dishes, and also as “airtight,” even though it is permeable to gases. The rights to manufacture parafilm passed around to various companies until Amcor, one of the world’s largest packaging companies, bought the rights for $5.25 billion in 2019. Today, parafilm is manufactured in a factory located about 40 miles southwest of Green Bay, Wisconsin. Adapted from an essay I co-wrote with @Meta_Celsus a couple years ago!

@KulanithaK71503 @JacobBurgardtWX @BLackgold_5 Yeah that seems to be the consensus. Pretty cool.

@CndNorth @JacobBurgardtWX @BLackgold_5 An AWACS I suppose

Do you recognize this aircraft ? It's so unique