Nate Boerkircher had one scholarship offer coming out of high school and it was from a Division II school, and six years later Jacksonville took him in the second round.
He grew up in Aurora, Nebraska. The 2020 census put the population at 4,678. When the four Boerkircher kids went through the high school there, the graduating classes were around 100.
He had knee surgery before his junior season and missed the start of it. He came back in time to catch two touchdown passes from his quarterback, a kid named Baylor Scheierman who now plays for the Boston Celtics, and Aurora finished 13-0.
Nobody offered. He did not care.
"I was shocked when he said he's going Division I or he wasn't going to play and just go to college," his mother Sherry said.
So he walked on at Nebraska in 2020.
His older brother Ian had walked on there the year before, after starting out at Division II Nebraska-Kearney.
Ian wore 58. Nate wore 49.
On September 3, 2022, Nate caught a 19 yard touchdown pass against North Dakota, and Ian came sprinting off the sideline to grab him.
"Thank God they got that picture," Ian said. "I'm running onto the field to celebrate with him because I had the biggest adrenaline rush of my life seeing him score."
The newspapers in Lincoln and Omaha ran no comments from Nate that night. Nobody asked.
"That was one of the most amazing days," Sherry said, "because my boys were on the field at the same time for Nebraska and they got to celebrate together and play together."
Nebraska put him on scholarship before the 2023 season. Year four.
He caught 11 passes over the next two years. In five seasons there he had 19 catches total.
He put his name in the portal in December of 2024 and called a coach he knew at Texas A&M himself. Three games into that season, on fourth down with 13 seconds left in South Bend, he caught an 11 yard touchdown to beat Notre Dame 41 to 40. His parents had driven from Nebraska and were watching from the opposite corner.
"Very emotional," his father Matt said. "It's still emotional. Right underneath Touchdown Jesus."
He finished his college career with 38 catches.
Jacksonville drafted him 56th overall anyway. The reaction online was not kind, because almost nobody had heard of him and the draft boards had him going on the last day.
"He's been a steady climber all of his life," Matt said.
Before this season, his father and his brother had never been to an NFL regular season game in their lives.
TONIGHT, in Baltimore, Nate Boerkircher caught a 52 yard pass. It was the longest play of the game and it set up the first touchdown.
Somewhere in Nebraska there is a photograph of his brother running onto a field to hug him.
RFK Jr. shocks Joe Rogan... WiFi causes 'leaky brain.'
"It degrades your mitochondria & opens up your blood brain barrier, allowing toxins & pathogens to enter the brain."
The US gov't silenced & shut down the research that proved the harmful effects of EMF, WiFi & Radiation.
• Dr. Allan Frey's Work on EMF and Radiation
Pioneered bioelectromagnetics in the 1960s; discovered the "Frey effect" (pulsed microwaves create audible sounds in the brain). Found low-level microwaves open the blood-brain barrier, allowing toxins in & causing neurological damage. Showed non-thermal effects on brain, eyes, heart & mitochondria via oxidative stress & cell death—challenging safety claims for WiFi/cell phones.
• How the Government Stopped the Research
Frey's blood-brain barrier findings threatened military/industry interests in the Cold War era. Faced pressure from Office of Naval Research & U.S. Army to hide results or lose funding. Pentagon-funded critics claimed non-replication but withheld data; Navy blocked publications. Post-1970s, U.S. non-thermal EMF research funding dried up despite international evidence of harm.
• Why Detoxification is Crucial for Mitochondrial Health
EMFs increase mitochondrial ROS production, leading to oxidative stress, reduced ATP, DNA damage, and dysfunction. This worsens toxin buildup (especially with leaked BBB) and disrupts circadian rhythms. Detox boosts antioxidants (glutathione, SOD) to neutralize ROS; tools like zeolite chelate heavy metals/radiation byproducts, restoring mitochondrial efficiency & reducing inflammation.
Turn off WiFi at night, use wired connections & detox daily.
A hedge fund manager who returned 50% a year for a decade used a jar of jelly beans to prove why most investors lose money.
Bookmark & watch today, no matter what
Hiring Tony Robbins today costs 1 million dollars for just one day.
This is a 21-minute tape recorded in his own home more than 30 years ago.
There, he explains exactly how to get anyone to say yes.
The same material for which they now charge a fortune... completely free.
It's a rare, unfiltered recording from the time when he still didn't charge millionaires just for being in the same room.
When someone says no, they give two excuses:
“I don’t have time” or “I don’t have money”
Neither is true.
The real reason is that they still don’t believe it’s worth it.
It’s not a money problem. It’s a state problem.
Tony teaches something he calls “attack and confess”
Instead of arguing the objection, you confess your own:
“I had the chance to go six months ago and I didn’t until two months ago.
I can’t even imagine the time I wasted”
The room goes silent. No one argues.
Then he gets the person on the “yes train”
Each little yes adds to the next.
Until saying no at the end feels harder than saying yes.
When it’s time to sign, the person has already said yes five times without realizing it.
Just 21 minutes.
There you learn the two only moves that people pay 1 million a day for:
how to read anyone’s state… and how to shift it.
Most people spend years guessing in sales.
He wrote it on a flipchart in his living room in less than half an hour.
A seat in that room cost $125 dollars.
Today it costs $1 million dollars a day to sit in front of him.
The tape is free right now.
And the answer is in this video.
🔥UN FIL DE CUIVRE ÉLIMINE TOUTE LA MOISISSURE DÉFINITIVEMENT🔥
Pourquoi cette science est-elle interdite ?
Il existe un fil de cuivre dans les quincailleries qui coûte moins de 5 $, et lorsqu'il est placé près d'une surface exposée à l'humidité, il élimine toutes les espèces de moisissures avec lesquelles il entre en contact, et interrompt la repousse de manière permanente.
Pas pendant des semaines ou des mois, mais DÉFINITIVEMENT.
L'Agence de protection de l'environnement des États-Unis (EPA) l'a confirmé.
L'EPA a enregistré le cuivre comme le seul matériau de surface solide de l'histoire à avoir une certification antimicrobienne pour les allégations de santé publique.
275 alliages de cuivre ont réussi les protocoles les plus stricts. Chacun d'eux a éliminé 99,9 % des organismes dangereux en 2 heures de contact.
L'acier inoxydable, le matériau utilisé dans presque tous les bâtiments modernes, n'a rien éliminé... 0 % après 28 jours.
Cette science n'est pas nouvelle, elle a plus de 4000 ans, et elle a été lentement et systématiquement remplacée par une industrie qui a besoin que vous continuiez à acheter des bouteilles chaque mois.
Voici l'histoire du fongicide naturel le plus puissant au monde, et pourquoi une industrie de 2,2 milliards de dollars a besoin que vous n'appreniez jamais son fonctionnement.
45 millions de nouveaux bâtiments aux États-Unis présentent des niveaux insalubres de moisissures qui se développent à l'intérieur des murs. Ce chiffre provient d'une étude publiée dans la revue Indoor Air.
Les mêmes chercheurs ont découvert que 21 % de tous les cas d'asthme en Amérique sont causés par l'exposition aux moisissures et à l'humidité à l'intérieur des maisons. Il ne s'agit pas d'allergies saisonnières, mais du type d'asthme qui amène les enfants aux urgences chaque année.
Le CDC et l'Organisation Mondiale de la Santé confirment ces résultats.
Vivre dans un bâtiment avec des moisissures augmente de manière mesurable le risque de développer des maladies respiratoires. La véritable solution n'est pas de s'asseoir derrière une caisse enregistreuse, mais de se trouver à l'intérieur des murs de tout bâtiment qui a encore une plomberie en cuivre.
Cette vidéo n'est que le début de ce que l'industrie du nettoyage a dissimulé.
Retournons en 1882... Les vignobles de Bordeaux, en France.
Un botaniste français, Pierre-Marie Alexis Millardet, se promenait dans un vignoble qui était ravagé par une maladie fongique appelée oïdium, qui dévastait les vignobles français depuis 1870.
L'ensemble de l'industrie du vin était en train de s'effondrer. Millardet étudiait la maladie lorsqu'il a remarqué quelque chose : les vignes les plus proches de la route étaient parfaitement saines.
Toutes les autres vignes du champ étaient infectées et mourantes, recouvertes d'une croissance fongique blanche, mais celles qui étaient les plus proches de la route prospéraient.
Un exploitant de vignoble a expliqué qu'ils avaient pulvérisé ces vignes le long de la route avec un mélange de sulfate de cuivre et de chaux, non pas pour combattre les maladies, mais pour rendre les raisins amers et laids, afin que les gens qui passaient ne les volent pas.
Le cuivre avait éliminé le champignon tout le temps.
Millardet a passé les 3 années suivantes dans des études formelles, et en 1885, il a publié ses découvertes et a annoncé au monde qu'il avait découvert un remède contre la moisissure qui détruisait les vignobles.
Ce mélange était connu sous le nom de MÉLANGE DE BORDEAUX, le premier fongicide jamais utilisé à l'échelle commerciale, dans le monde entier.
Il a si bien fonctionné qu'il a non seulement sauvé le vin français, mais aussi les récoltes de pommes de terre irlandaises, les plantations de bananes en Amérique latine et les orchidées sur tous les continents.
Un seul composé est devenu la découverte la plus importante de l'histoire de la protection des aliments contre la destruction fongique.
I find this truly fascinating.
Cavities treated like an infection instead of just drilling?
That tracks with what I’ve experienced. Since I started using chlorine dioxide mouthwash plus a nasal spray, I have had no issues with my teeth.
Both iodine and properly diluted ClO2 are used as topical antimicrobials against oral bacteria like S. mutans. Some clinical studies on low-concentration ClO2 rinses show reductions in plaque, gingival index, and S. mutans comparable to other common mouthwashes, often with less staining.
Root-cause thinking on oral microbes is worth looking into.