This teacher-turned-cognitive scientist shared a disturbing reality that left the room stunned.
“Our kids are LESS cognitively capable than we were at their age.”
Every previous generation outperformed its parents since we began recording in the late 1800s.
So, what happened?
Screens.
Dr. Jared Horvath explained:
“Gen Z is the first generation in modern history to underperform us on basically every cognitive measure we have, from basic attention to memory, to literacy, to numeracy, to executive functioning, to EVEN GENERAL IQ, even though they go to more school than we did.”
“So why? … The answer appears to be the tools we are using within schools to drive that learning (screens).”
“If you look at the data, once countries adopt digital technology widely in schools, performance goes down significantly, to the point where kids who use computers about five hours per day in school for learning purposes will score over two-thirds of a standard deviation LESS than kids who rarely or never touch tech at school. And that’s across 80 countries.”
But screens aren’t just decimating learning and making new generations less intelligent than the ones before them.
They’re doing something far worse. And when you take a closer look, it isn’t pretty. 🧵
This isn’t a glitch.
Engagement-driven algorithms don’t understand meaning, context, or childhood development. They only understand clicks and watch time driven by dopamine spikes.
So when AI is tasked with churning out videos at scale, it doesn’t filter for innocence—it optimizes for stimulation.
Cartoon imagery masking adult themes, fear cues, violence, and psychological distress is being served to toddlers. Bright colors on the surface. Something very, very wrong underneath.
This content has zero educational or developmental value. No story. No moral arc. No learning. Just rapid-fire novelty engineered to hold attention at all costs—even if that cost is literally the viewer’s brain and nervous system development.
Dopamine-optimized media and AI-generated slop are conditioning our children for addiction, emotional dysregulation, and long-term neurological harm.
We have to stop this before it starts—and before Big Pharma steps in with the “solution.”
Something unprecedented and highly concerning is happening to children’s brains.
Toddlers aren’t just watching screens—they’re being neurologically conditioned by them.
Rapid cuts, flashing colors, constant novelty.
And none of it is by accident. It is all by design.
What looks like “kid’s content” is often dopamine engineering aimed at maximizing engagement, not healthy development, no matter the damage it does.
Parents see the patterns.
Their young children are calm while watching shows—but when the screen turns off, they melt down.
They’re not just upset it’s over. It’s much bigger than that.
Rage. Desperation. And tantrums that feel disproportionate.
A 2025 survey found 22% of parents report “full-on tantrums” from excessive screen time, along with irritability and mood swings.
Many parents say it’s worse than sugar crashes and harder to manage than hunger or fatigue.
That’s not coincidence. That’s withdrawal.
Unfortunately, 25% of parents use screens to calm children when upset and 17% report children self-soothing with mobile devices.
The information in this thread comes from the work of medical researcher @MidwesternDoc.
Developmental health isn’t the metric—engagement is.
And children are uniquely vulnerable because their brains are still wiring reward pathways.
Profit and protection aren’t aligned.
But this isn’t just an issue during childhood.
A nervous system conditioned to constant dopamine spikes struggles with delayed gratification, deep focus, emotional resilience, and stable joy.
It seeks intensity instead of meaning, stimulation instead of presence.
The groundwork for lifelong dissatisfaction is being laid earlier than ever before.
@MidwesternDoc This isn’t just about screens.
It’s about how a dopamine-driven world that is quietly shaping what joy, attention, and connection even feel like. And it’s starting in early childhood.
Children are paying the highest price. But that doesn’t mean adults are immune to this.
When the nervous system is constantly overstimulated, subtler pleasures disappear—completely.
Quiet becomes uncomfortable. Stillness feels empty. Real relationships feel dull compared to engineered highs.
That gap drives further consumption and more disconnection from the real world.
A healthy nervous system resists addiction.
When regulation, safety, and connection are intact, artificial stimulation loses its grip. Dopamine spikes become unnecessary instead of irresistible.
Unfortunately, a lot of people are walking around with nervous systems that are seriously out of whack.
And chronic overstimulation further erodes that internal stability.
Young children need protection while that system is forming.
This is why limits alone don’t work.
You can restrict screens—but if the nervous system is already dysregulated, the craving remains.
Real change requires rebuilding regulation through sleep, movement, connection, reduced sensory overload, and good old-fashioned play.
Replacement matters more than restriction.
The tragedy is that much of this harm is invisible at first.
Kids seem “advanced,” “engaged,” “quiet.”
The costs show up later—as attention problems, emotional volatility, anxiety, or dependence on constant stimulation to feel okay.
By then, the habits are entrenched.
Parents don’t set out hoping to damage their children’s nervous systems. They trust that these products made for children are not harmful to their target audience.
Once they realize they’ve been sucked into a trap, it can be hard to escape it.
@MidwesternDoc But there is a way out of this trap.
It doesn’t require rejecting technology—it just requires understanding how nervous systems actually heal.
The full article from @MidwesternDoc maps a path forward.
Families are navigating a constantly changing environment engineered against them. The responsibility belongs with systems that monetize neurological vulnerability—especially in children who can’t consent or defend themselves.
Awareness is the first form of protection.
@MidwesternDoc Children don’t need constant stimulation to thrive.
They need safety. Rhythm. Boredom. Presence.
They need time for their nervous systems to settle and integrate.
These things build resilience, focus, and real joy—the kind that doesn’t crash.
Depth beats intensity.
What’s at stake isn’t just attention spans.
It’s whether the next generation grows up capable of sustained thought, emotional regulation, and meaningful connection—or locked into chasing hollow highs that never satisfy.
That outcome is being shaped now. And if most kids stay on this path, the outcome could be disastrous.
@MidwesternDoc Thankfully, nervous systems are adaptable.
When overstimulation is reduced and regulation is restored, attention improves. Emotional volatility softens. Joy returns in quieter, more stable forms.
Healing isn’t instant—but it is real.
@MidwesternDoc Protecting our children doesn’t mean isolating them from the modern world.
It means understanding how that world works—and choosing environments that support development rather than exploit it.
That choice matters more than most people realize.
@MidwesternDoc A society that trades children’s nervous systems for engagement metrics is borrowing against its future.
Reversing that trajectory starts with clarity, restraint, and a willingness to value long-term health over short-term convenience.
That work begins at home.
@MidwesternDoc Thanks for reading! This information was based on a report originally published by @MidwesternDoc.
Key details were streamlined and editorialized for clarity and impact.
@MidwesternDoc For a deeper dive into what modern medicine has overlooked—or intentionally buried—check out these other eye-opening reports by @MidwesternDoc:
Your nerves don't tell your brain that something hurts.
They send energy, and that energy can be redirected.
A little girl's legs had hurt every day for 7 years. Not one minute of relief. Then her mom stuck a patch on her. Within seconds she was sobbing:
"Mom, it's gone. It's completely gone."
This was no ordinary patch. It's closer to an antenna — and it came out of a military project. 🧵
A five-foot antenna and an 80-pound backpack. That’s what one man on every deployed Navy SEAL team had to haul out of a plane in 2012, and if that antenna broke on the jump, the team couldn’t communicate back.
Mike Hammond wasn’t trying to build a wellness product. He was a serial entrepreneur fresh off a company exit when a friend from business school asked him to invest in a military antenna project out of Utah. The mission: shrink that five-foot rig into something a soldier could actually carry.
They did it. In Mike’s words, “they basically shrunk that five foot antenna down to the size of a credit card by shifting it to work on electrical microcurrents instead of magnetic fields.”
Then came the part that matters for you: your body runs on those same microcurrents. It’s the current keeping your heart beating while you read this. And when something hurts, your nerves fire that same energy up to your brain.
The patch is, quite literally, an antenna for it. Mike explains: “when your nerves create that energy that goes up to your neural pathway to the brain, when it hits our patch, it’s easier for that energy to go into the patch instead of up to the brain.”
You can feel it happening. Put it on and the patch gets warm. “Well, that’s your energy going into the patch. That’s why it warms up.”
No drugs enter your body. Nothing shocks your nerves like a TENS (Transcutaneous Electrical Nerve Stimulation) unit. And after five clinical trials, Mike says the results keep repeating: “it’s going to work on 85% of people, most are going to have results within 15 minutes and the average decrease is going to be over 60%.”
He adds: “It’s actually floored our doctors how similar every single trial’s been, even with different types of elements.”
And the track record at scale, according to Mike: “we’ve sold over 800,000 of these in the last few years and we haven’t had anyone call us with side effects because we’re not putting anything into the body.”
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How many times have you heard someone say: “I got the flu shot, and I still got the flu anyway”?
Bill Maher says he once got the flu shot and “immediately” came down with the flu.
Lara Trump’s mother had an even worse experience. As a nurse, she got the flu shot every year—and “every time [she’d] ever gotten it, [she’d] get the flu immediately after it.”
Now, she doesn’t get it anymore.
Why do so many people get sick after the flu shot?
This thread explores why that happens—and what really happens inside the body right after a vaccine. 🧵
For decades, vaccines have been marketed as “safe and effective.”
No questions. Nothing else to consider. Safe and effective. Full stop.
But a mountain of buried medical research and endless reports from the vaccine-injured show a very different pattern—one that has repeated for more than a century.
In disease after disease, across multiple countries and multiple eras, vaccines have a weird habit of triggering or worsening the very illnesses they are supposed to be preventing.
Strange.
This occurrence isn’t fringe. It’s documented, replicated, and historically well known.
But millions of people—doctors, teachers, parents, friends—pretend it isn’t.
And even when they do offer a protective effect for some disease, they can leave your immune system weakened and vulnerable to other infections that can end up killing you. Just look at what happened in Guinea-Bissau.
This information comes from the work of medical researcher @MidwesternDoc. For all the sources and details, read the full report below. midwesterndoctor.com/p/why-do-vacci…
You've heard of Flock cameras, but have you heard of NEMA nodes? Those unassuming little plugs on virtually every streetlight in America, silently turning your city's lighting grid into an always-on, AI-powered surveillance mesh that knows exactly where you sleep, drive, and walk... every single night.
What started as 'smart energy saving' has morphed into the backbone of a nationwide tracking system — powering cameras, sensors, and data fusion that governments and tech giants can tap into with a few clicks. No warrants needed when the infrastructure is already watching.
Tonight, @zeeemedia pulls back the socket on NEMA nodes: how they fit into the bigger surveillance grid, and why your local streetlight might know more about you than your own phone. 🧵
Flock cameras became a household name for a reason. The license plate reader network has been tied to documented cases of police officers misusing it to stalk women, and researchers have demonstrated how easily the systems can be hacked and abused, with reports suggesting predators have exploited that weakness.
But while public attention stayed on the cameras, a quieter buildout was happening overhead. Modern LED streetlights across America are being fitted with NEMA control nodes, small modules mounted on top of the fixture. In their simplest form, these are just photocells that turn the light on at dusk and off at dawn. But the newer generation are smart lighting controllers that let a municipality or utility monitor the light, dim it remotely, detect failures, and manage energy use.
The concern being raised is what else they can carry. Modern nodes can include wireless communication, and while the node itself generally does not contain a camera, many are being installed with the ability to add camera capabilities later. The infrastructure goes in first. The sensors come after.
The scale is already significant. In Washington D.C. alone, roughly 75,000 streetlights have reportedly been upgraded with advanced Internet of Things capable nodes. Much of this buildout accelerated during the COVID lockdowns, when infrastructure went up across cities while residents were told to stay home, and most of it went unnoticed.
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A registered nurse with 30 years of experience treating chronic pain says she saw “TEN TIMES” the positive effects after combining DMSO with castor oil for her peripheral neuropathy.
Castor oil already has anti-inflammatory properties.
But adding DMSO is where she says it “got interesting.”
That’s because DMSO “isn’t just a treatment, it’s a carrier,” Danielle Minetti explained.
“It can pull medications and nutrients right through the skin barrier deep into the body.”
When Danielle combined it with castor oil, she says the results increased “ten times.”
DMSO acted as the delivery system, carrying the castor oil deeper into the areas where she needed relief most.
But DMSO’s potential extends far beyond peripheral neuropathy.
And if you’re one of the 5 million Americans living with carpal tunnel syndrome, this is where the DMSO story gets really interesting.
Because it turns out carpal tunnel may not be caused by overuse after all. 🧵
Somewhere between the wrist pain that shows up after years of typing and the keyboard sitting under your fingers right now, there’s a design decision nobody remembers making.
It wasn’t an accident. It was a deliberate engineering choice made to solve a mechanical problem.
But that problem that stopped mattering almost a century ago. And the fix that’s still shaping our hands today has far outlived it.
Early typewriters had a real problem: type two adjacent keys too quickly and the mechanism would jam.
The fix was mechanical, not electronic. Spread the commonly paired letters as far apart as possible so fingers physically couldn’t hit them fast enough to jam the machine.
That layout is the same one you’re using right now.
That was over a century ago.
Mechanical jamming stopped being a problem once electric typewriters showed up. Computers can’t jam at all.
YouTuber Dan Schaeffer says he “completely cleared” his sinuses by combining DMSO, purified water, and colloidal silver into a nasal spray.
One squirt up each nose twice a day, and the results were “amazing.”
“No pressure, no nothing.”
Dan’s experience is not an isolated one.
In 1992, Russian researchers found that treating children with sinusitis using a 10% DMSO solution followed by local oxygenation provided complete relief in 49 of 52 cases.
DMSO is a cheap substance you can typically find online for under $30.
Turns out it can do much more for your respiratory system than just clear your sinuses. 🧵
Most people think respiratory infections are something you just have to “ride out.”
You get congested. Your throat hurts. Your sinuses clog. Maybe it turns into a cough, maybe it doesn’t. Maybe it moves into your chest, maybe it doesn’t.
So you take a decongestant, stock up on tissues, drink fluids, wait a few days, and hope it passes.
But that entire model skips one of the most important parts of the story:
Where many respiratory infections actually begin.
Respiratory viruses don’t typically start as deep lung infections.
They often begin in the upper airway—the nose, sinuses, throat, and nasopharynx.
That matters because the early stage of the illness may be happening in areas that are much easier to reach than the lungs.
In other words, by the time people are talking about bronchitis, pneumonia, oxygen levels, and hospital care, they may have already missed the window of opportunity.
Are flavor enhancers used by nearly every major food brand being developed with cells derived from an aborted baby?
Tonight’s special report presents shocking evidence tracing the dark history of these additives and the powerful companies operating behind the label.
Most people have never heard of HEK293 cells. And two reassuring words—“natural flavors”—are concealing a disturbing story the food industry hoped you would never uncover. 🧵
HEK293 is a human cell line originally derived in the early 1970s from kidney tissue taken from a single fetus, believed to have come from an aborted pregnancy.
The cells are used as laboratory tools, not food ingredients.
Researchers can engineer them to express human taste receptors. When a chemical compound activates one of those receptors, the cells produce a measurable signal showing whether a person may perceive it as sweet, bitter, salty, or cooling.
That allows laboratories to screen thousands of potential flavor compounds without putting each one through a human tasting panel.
Senomyx, a biotechnology company that developed flavor enhancers and taste modulators, described this process in its patents. The patents shown in the report identify HEK293 as a preferred cell line for assays designed to find compounds that produce or modify sweet taste.
The cells remain in the laboratory.
“The cells themselves were not added to food products,” Maria explained. Senomyx maintained that no fetal cells or tissue entered finished consumer products.
That distinction answers what a food physically contains.
It does not settle whether the process used to develop it is ethically acceptable.
Supporters argue that HEK293 has been reproduced in laboratories for decades and is now far removed from the original abortion. They point to its value in medical and scientific research, especially when no suitable alternative exists.
@zeeemedia rejects that calculation.
“It doesn’t matter how many years it’s been since that point, that child was still murdered.”
For people who share that conviction, the question is not simply whether fetal material remains in a soda, cereal, vaccine, or medication.
It is whether that product was created using knowledge obtained through a cell line they believe should never have existed.
The dispute does not end with the final ingredient list.
It begins inside the research process—and the next problem is where that process disappears.
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