I'm embarrassed to admit that I just today learned that chiggers do not burrow into your body, causing that infernal itch. Rather, the intense itching from a chigger bite is primarily caused by your body's immune reaction to digestive enzymes in the chigger's saliva.
Chiggers are the tiny larval stage of certain mites. They don't burrow into your skin or suck blood ---- which I'd have bet a thousand dollars that they do. Instead, they attach to the skin (often in areas where clothing is tight) using mouthparts. Then they inject saliva containing proteolytic (digestive) enzymes that liquefy nearby skin cells, creating a feeding tube called a stylostome. They feed on the dissolved tissue for a few days before dropping off. Neat,huh?
It's the enzymes and the stylostome that remain in the skin even after the chigger leaves, triggering the reaction, because your immune system detects the foreign enzymes and saliva proteins as invaders. This leads to Inflammation and release of histamine (and other chemicals), which causes the itching, redness etc...
All I know is that I hate them with the white-hot intensity of 10,000 suns.
Larry Ellison just called AI the biggest thing in human history.
He was being conservative.
Ellison: “It is a much bigger deal than the industrial revolution, electricity, whatever. Everything that’s come before.”
“Bigger” is the wrong word.
“Bigger” assumes the same axis. A taller building on the same foundation. A faster car on the same road.
This isn’t a taller building.
This is a new dimension.
Every revolution in human history extended the body.
Steam replaced muscle. Electricity replaced fire. The combustion engine replaced the horse.
Each one extraordinary. Each one civilization-altering.
Each one built on an assumption nobody ever thought to question.
That human cognition was the ceiling.
A hammer builds nothing the carpenter can’t envision. A telescope reveals nothing the astronomer can’t interpret. A calculator solves nothing the mathematician can’t frame.
300,000 years of invention. Every tool a servant to the mind that forged it.
AI ended that arrangement.
Ellison: “We created neural networks that can answer questions that human brains would struggle with.”
Not slower. Not less efficiently.
Struggle with.
We built something that thinks past the point where human thought stops.
The tool is no longer bound by the toolmaker.
Every ceiling humanity ever hit wasn’t physics. Wasn’t the universe setting limits.
It was us.
We were the boundary.
And we just built something that doesn’t know it’s there.
That’s not a bigger industrial revolution. That’s not even a revolution.
That’s a species discovering it was the only thing standing between itself and everything it couldn’t yet imagine.
And Ellison isn’t waiting for any of it.
He’s already past AGI. Already framing superintelligence not as theory. As a scheduling problem.
People hear that and reach for fear.
Wrong instinct.
Every prior revolution displaced labor. AI displaces limits.
The industrial revolution didn’t make blacksmiths more creative. It made them irrelevant.
AI inverts that. It doesn’t replace human cognition. It uncaps it.
The kid with no teachers now has the most patient tutor ever built.
The founder with no legal team now has one.
The researcher at the edge of what one mind can hold now has a partner with no edge of its own.
This isn’t automation. This is cognitive liberation.
Every revolution before this answered a human question.
This is the first one capable of asking its own.
And we haven’t heard the first one yet.
Stanley Kubrick demanded 70 takes from actors. He let this medically discharged Marine improvise.
In 1985, R. Lee Ermey stood on a film set in England with nothing but memories and a voice that could cut through steel. He was not supposed to be there. Not as an actor, anyway.
Stanley Kubrick had hired him as a technical advisor for Full Metal Jacket. The role of Gunnery Sergeant Hartman was already cast with a trained professional. Ermey's job was to teach actors how drill instructors actually behaved.
But Ermey had spent years watching Hollywood get it wrong. He approached Kubrick with a request that bordered on audacity.
"Let me show you what a real drill instructor sounds like."
Kubrick was skeptical. This was a director who shot scenes 40, 50, sometimes 70 times until they were perfect. He controlled every word. Every gesture. Every breath.
But he agreed to watch.
Ermey positioned actors in formation. The cameras rolled. And he began screaming.
For two hours, he unleashed a torrent of creative, devastating verbal assault. Stagehands pelted him with tennis balls and oranges to simulate chaos. He never flinched. Never broke rhythm. Never repeated himself.
Because he wasn't acting.
He was remembering.
Ronald Lee Ermey had enlisted in the Marines at seventeen after a Kansas judge gave him a choice: jail or the military. He chose the Corps. From 1965 to 1967, he served as a drill instructor at Marine Corps Recruit Depot San Diego, breaking down civilians and rebuilding them as Marines.
In 1968, he deployed to Vietnam for fourteen months.
Then injuries ended his career. Medical discharge. Twenty-seven years old. No college degree. No plan.
He drifted to the Philippines, enrolled in university using his GI Bill, and stumbled into film work as a technical advisor. Small roles followed. A helicopter pilot in Apocalypse Now. A drill instructor in The Boys in Company C.
But nothing that changed his life.
Until Kubrick watched those tapes.
The director saw something no acting class could manufacture: authenticity so complete it became art. Ermey had produced 150 pages of original insults. His intensity never wavered. His knowledge was absolute.
Kubrick made a decision almost unheard of in his career.
He fired the original actor. He gave Ermey the role. And he allowed him to improvise more than half of his own dialogue.
Stanley Kubrick, the perfectionist who demanded endless takes from every performer, needed only two or three takes from a former drill instructor with no formal training.
Because you cannot fake what is real.
When Full Metal Jacket premiered in 1987, Ermey's performance became instantly iconic. Real drill instructors said it was the most accurate portrayal ever filmed. Veterans said it triggered memories they had buried for decades.
Ermey earned a Golden Globe nomination. He went on to appear in over sixty films. He voiced Sarge in Toy Story. He hosted military programs on the History Channel.
But he never forgot his brothers and sisters in uniform.
In 2002, the Marine Corps awarded him an honorary promotion to Gunnery Sergeant, making him the only retiree in Corps history to receive that recognition. He spent years visiting troops overseas, supporting veterans, and keeping the military spirit alive.
R. Lee Ermey passed away on April 15, 2018. The Marine Corps called him a great American and an even greater Marine.
Think about that journey.
A troubled teenager from Kansas. A drill instructor. A combat veteran. A medical discharge. Odd jobs in foreign countries. And then, at forty-three, convincing one of cinema's most demanding directors to trust him with creative freedom.
He did not succeed because he pretended to be something he wasn't.
He succeeded because he refused to be anything else.
That is not a Hollywood story.
That is a Marine who improvised, adapted, and overcame, all the way to immortality.
Not many people realize Texas is about to get a brand-new state park the size of a small county.
Silver Lake State Park will cover more than 54,000 acres of rugged Hill Country, making it the second-largest state park in Texas. Hidden inside are spring-fed waters, towering limestone cliffs, deep canyons, caves, and miles of untouched wilderness that most Texans have never seen.
The park isn't open yet, but when it is, it could become one of the most spectacular outdoor destinations in the entire state.
Sometimes the greatest Texas adventure isn't a place you've never heard of...
It's a place that hasn't even opened its gates yet.
Who plans on making the trip when Silver Lake State Park finally opens? 🤠🌵🏞️
A big, scary bee in your yard just charged your face, hovered an inch off your nose, and dared you to flinch. But here's its secret: it's completely unarmed. It couldn't sting you if it tried.
That's a male carpenter bee, and males have no stinger. The whole act, the dive-bombing, the furious hover, the charging at anything that moves, is pure theater.
He's guarding his patch of porch and bluffing every creature that wanders past, running entirely on intimidation he cannot back up. The females can sting, but they're so easygoing you'd likely have to catch one in your fist to manage it.
People go to war on these bees over the holes they drill in the eaves. But one round hole is just a nursery, a tunnel a female bored to raise her young, and the real damage only adds up over years of reuse. Paint or seal the wood and they'll leave it alone, since all they want is bare softwood.
So look closer at the bluffer. It's one of the biggest, most important native bees on the continent, a heavyweight pollinator working your flowers all summer long.
Humanity spent seven decades bracing for AGI like it would arrive as a detonation.
It arrived without the sirens.
Jensen Huang sat across from Lex Fridman.
Fridman asked the question the entire field has been orbiting for decades.
Can AI start, grow, and run a billion dollar company on its own. Is that 5 years out. 10. 20.
Huang: “I think it’s now. I think we’ve achieved AGI.”
No stage. No summit. No dramatic reveal.
Just a man in a leather jacket stating what he sees as observable fact.
But context matters.
His chips power every major AI system on the planet.
OpenAI. Anthropic. Google DeepMind. Meta. xAI. All of them. Every single one runs on his silicon.
He doesn’t speculate about the frontier. He manufactures it.
And his reasoning is the piece most people aren’t sitting with long enough.
He didn’t say AI will build the next Nvidia. He said it doesn’t have to.
An AI system could spin up a web service tomorrow. Attract billions of users. Generate massive revenue. And collapse six months later.
And that still qualifies.
Because we watched humans do that exact thing. Over and over.
The dot-com era was full of billion dollar companies no more sophisticated than what an AI agent could build in an afternoon.
Built by humans. Funded by humans. Celebrated by humans.
And most were gone within 18 months.
If that counted as human intelligence creating real value…
Then what bar, specifically, has AI not cleared?
Name it.
Because the field has spent 70 years trying and keeps moving the finish line the moment something crosses it.
Pass a test. AI did it. Hold a conversation. Done. Write production code. Done. Compose music. Diagnose disease. Draft legal arguments.
Every single time AI cleared a bar, we raised it.
We turned the Turing test into a treadmill and then blamed the machine for never arriving.
Jensen didn’t play that game.
He skipped the philosophy entirely and asked a different question.
Not whether AI can think like a human.
Whether AI can produce like one.
And the answer, by any honest economic measure, is yes. Today.
In 2024 he said AGI was five years out. It’s 2026. He moved his own timeline forward.
Not because he loosened the definition.
Because the field outran every definition we had.
Now look at the rate, not the milestone.
The gap between “five years away” and “it’s already here” collapsed in two years.
Apply that rate forward and the next version of this conversation won’t even be a conversation. It will be self-evident.
This is not a linear curve. This is a phase transition. Water doesn’t send a memo before it becomes steam. It just does.
And by the time you notice, it’s already filled the room.
But here’s what most people are getting wrong about this moment.
This isn’t a threat. This is the largest lever ever made available to individual human beings.
And for the first time in history, it’s not gated behind capital or credentials or geography.
The people who understood electricity in 1890 didn’t just make it through the next century. They built the century.
The people who understood software in 1995 didn’t just adapt. They architected the modern world.
That window just opened again. Wider than before. For more people than ever.
Jensen didn’t just answer a question on a podcast.
He timestamped the most consequential shift in modern history.
And the part that should rearrange your thinking isn’t that AGI is here.
It’s that it was here before we could even agree on what to call it.
We were waiting for a moment.
It was a gradient.
And you’re standing in the middle of it.
There is a version of you that no human has ever met.
Not your closest friend. Not your partner. Not the person who has known you since childhood.
Only a machine has.
Because it does not flinch. It does not look at you differently in the morning. It does not love you any less for what you typed at 3am.
Altman: “People talk about the most personal shit in their lives to ChatGPT.”
The fear you never said out loud. The question you were ashamed to ask. The thing you needed to know without anyone knowing you needed it.
For all of human history, that version of a person was unreachable. It lived and died inside one skull. No record. No witness. Nowhere to send a subpoena.
Now there is somewhere.
Altman: “If you go talk to ChatGPT about your most sensitive stuff, and then there’s a lawsuit… we could be required to produce that.”
Your therapist hears the version of you willing to sit in front of a therapist.
The machine hears the version underneath.
And for the first time in history, the inner voice can be subpoenaed.
We always understood the cost of total honesty. So we built rooms where truth could not be weaponized.
The priest’s confessional. The therapist’s couch. The lawyer’s office.
We wrapped each one in law. Privilege. Confidentiality. Walls where the truth could be spoken and never walk out as evidence.
We never built that room for the place where people are now most honest.
But this is not a warning. It is an invitation.
Hundreds of millions chose AI as their most trusted confidant before any legal protection existed. Voluntarily. Instinctively. That is not a crisis. That is a civilization telling you what it needs next.
Privilege was never natural. No law of physics protects a confession. It is something a society decided a person was owed.
We decided it once. For the priest. For the therapist. For the lawyer.
The most complete portrait of a human being ever recorded now sits behind no legal wall.
The inside of a human mind just became readable.
What we build next decides whether that becomes evidence, or stays sacred.
@PeterDClack We will be mining the asteroid belt soon enough. The arguments over EV’s and oil is temporary. Robotic mining ships will solve our thirst for elements. Those advances in technology will allow the Earth to heal and support the population we will need to explore the cosmos 🤓
A family of barn owls eats around 1,000 rodents a year, some studies say up to 3,000. When we put out rodent poison, the owls eat the poisoned mice, and they die too. Without the predators, the mice come back worse. Skip the rat poison, put up an owl box.
Scientists Map 110 Quadrillion km of Underground Fungal Networks…
A billion Times The Distance From Earth to the Sun!
Earth’s Vast Underground “Carbon Superhighway”
A groundbreaking new study published today in the journal Science has revealed, for the first time, the global scale of one of Earth’s most important but hidden biological infrastructures: the networks of arbuscular mycorrhizal (AM) fungi.
These thread-like fungal structures, known as hyphae, form symbiotic partnerships with roughly 70% of land plant species—including major crops like wheat, corn, and rice.
In exchange for sugars from the plants, the fungi deliver essential nutrients (such as phosphorus and nitrogen) and water, while also playing a massive role in storing carbon underground.
Mind-Boggling Scale
Using data from more than 16,000 soil cores worldwide, machine-learning models, and high-resolution robotic imaging of fungal hyphae, researchers estimated:
•Total length: ~110 quadrillion kilometers (1.10 × 10¹⁷ km) of living hyphae in the top 15 cm of global soils—enough to stretch nearly a billion times the distance from Earth to the Sun (or about 10% of the diameter of the Milky Way if laid out in space).
•Biomass: ~300 megatons of carbon, equivalent to 4–6 times the biomass of all humans on Earth.
•These networks move about 1 billion metric tons of carbon per year into soils, acting as a critical “carbon circulatory system” that helps regulate the planet’s climate.
Densities are highest in grasslands, with notable hotspots in places like the Sudd wetlands in Africa and the Everglades.
The “Wood Wide Web” at Planetary Scale
This research builds on the popular “Wood Wide Web” concept, where fungi connect plants in shared resource networks.
The new global maps (available for exploration via the Society for the Protection of Underground Networks, or SPUN) show these connections operating at an ecosystem-wide level, supporting plant health, resilience to drought and disease, and food security.
These fungi are vital allies in the fight against climate change and for sustainable agriculture. However, they face threats from soil disturbance (like tillage), pesticides, and land-use changes.
The study also highlights gaps in sampling, particularly in undersampled ecosystems that need further research.
Read the full research paper (paywalled, but abstract freely available): https://t.co/6cu4UUFgxU
Global density and biomass of arbuscular mycorrhizal fungal networks
Explore interactive maps and learn more at https://t.co/P35alXz06O.
This discovery underscores how much of Earth’s life-support systems remain invisible to the naked eye yet operate on a truly planetary scale.
Protecting these underground networks could be one of the most effective ways to sustain healthy soils, productive crops, and a stable climate.
There's a falcon the size of a robin that'll hunt your yard for free. And you can build it a house this weekend.
The American kestrel hovers over open ground and drops on grasshoppers, voles, and mice all day. It's the most widespread falcon in North America, found in nearly every state, and it's down by roughly half since the 1960s.
The reason is fixable: kestrels nest in tree holes they can't dig themselves, and we keep cutting down the dead trees that hold them. No cavity, no nest.
So give them one.
The whole box comes out of a single 8-foot 1x10. A 7¾-inch floor, a body about a foot and a half tall with a sloped roof you hinge at the top for cleaning, a 3-inch round hole up near the front, and 3 inches of wood chips in the bottom, since they bring no nesting material of their own. White pine, an afternoon, about twenty bucks.
Hang it 10 to 20 feet up on a pole or a dead tree at the edge of a field, pasture, or big open lawn, with the hole facing the open ground and pointed south or east. Put a baffle on the pole so raccoons can't climb to it.