Category: General Interest

Last week, Elon Musk called Lee Kuan Yew a genius.

Not for building Singapore. Not for the port, the schools, or the housing. He called him a genius because of what Lee Kuan Yew said about air conditioning.

In 2009, a reporter asked Lee what made Singapore work. His answer was one word.

Air conditioning.

He called it “perhaps one of the signal inventions of history.” He said it changed the world by making the tropics liveable. Before air conditioning, you could only work in the cool morning or after dark. The heat shut everything else down.

And then he said something that sounds small but changed a country.

“The first thing I did upon becoming prime minister was to install air conditioners in buildings where the civil service worked.”

Not roads. Not the army. Air conditioners. For the people who ran the government. Because Lee Kuan Yew knew, before the data proved it, that you can’t build a nation if no one can think straight after lunch.

The machine that made this possible was never meant for people

In 1902, a young engineer named Willis Carrier got a job to fix. He was 25. He had just left Cornell. And the problem he was asked to solve had nothing to do with heat.

It had to do with paper.

A printing company in Brooklyn was losing money. The summer air was so humid that the paper kept swelling and shrinking. They printed in four colours. Each colour needed a separate pass through the press. If the paper changed size between passes, the image came out blurred.

Carrier was told to fix the humidity. Not the heat. Just the humidity.

He built a system that moved air over cold coils. The coils pulled moisture out of the air. The paper stayed flat. The images came out clean. He was 25 years old.

Then one night changed everything

Carrier was standing on a train platform in Pittsburgh. The air was thick with fog. He stared into the mist and had an idea. You could dry air by moving it through water. If you controlled the temperature of the water, you controlled the moisture. And if you controlled the moisture, you controlled the room.

He had figured out the basic science of air conditioning. While waiting for a train.

On January 2, 1906, he got a patent. Number 808,897. He called it “Apparatus for Treating Air.”

The whole thing was built to keep paper flat.

For twenty years, nobody thought to use it on people

Air conditioning stayed in factories. It cooled machines, not humans. The idea of cooling a room just for comfort seemed wasteful.

Then in 1925, Carrier installed a cooling system at the Rivoli Theatre in Times Square. It was Memorial Day weekend. The crowd came in with hand fans, ready to sweat.

They didn’t need them.

For the first time, hundreds of regular people sat in a cool room during a New York summer. The crowd was huge. Not because the film was good. Because the lobby was cold.

Within five years, over 300 theatres had AC. People went to the movies in July and August not for the films but for the air. That is how Hollywood’s summer blockbuster season was born. People needed a reason to sit in a cool room. The movies gave them one.

Now back to Singapore

When Lee Kuan Yew took office in 1959, Singapore was hot. Not warm. Hot. The kind of hot where the air sticks to your skin and your shirt is soaked by noon.

There was no AC in most buildings. The civil service slowed down every afternoon. And the numbers explain why.

Lee Kuan Yew did not wait for the research. He acted first. AC went into government offices. Then into banks, schools, hospitals, malls, and MRT stations. The whole country was built around one idea: control the indoor temperature, and everything else follows.

Today, most Singaporeans spend their day indoors. Most of those rooms are cooled to 22 or 23 degrees. That is the exact range where people think clearest, make the fewest mistakes, and get the most done.

The science behind it is almost too simple

A liquid takes in heat when it turns to gas. You’ve felt this. Step out of a pool on a windy day and you feel cold. That’s the same physics that cools your office.

Your air conditioner does it with a special liquid called a refrigerant. The liquid turns to gas inside the unit, pulling heat out of your room. Then a compressor squeezes it back into a liquid and pushes that heat outside. The cycle repeats. All day. All night.

Every mall and MRT car and HDB bedroom with a split unit humming in the dark. All of it runs on the same science that makes you shiver when you’re wet.

And here’s the part nobody likes to mention

Air conditioning uses about 10 percent of all the electricity on earth. In Singapore, buildings burn over a third of the country’s total energy. A big part of that goes to cooling.

The machine that made tropical life possible is also making the tropics hotter. We cool our rooms so we can work. And in doing so, we warm the planet that makes the cooling necessary.

Willis Carrier built a system to keep paper flat. A hundred and twenty years later, the tropics can’t live without it. And the planet can’t sustain it forever.

Lee Kuan Yew was right. Air conditioning changed everything. It made Singapore possible. It made your office, your train, your bedroom liveable in a country one degree north of the equator.

Last week, Elon Musk called the man who said this a genius.

For once, that’s hard to argue with.

But the real genius was not in praising the air conditioner. It was in knowing, before anyone else, that the most important thing a tropical country could build was not a port or a highway.

It was a thermostat.

I’m typing this in my office right now. The aircon is set to 23. I haven’t thought about it once.

Two engineers warned that a dam could melt down a nuclear plant. So their own agency sent armed agents after them.

Larry Criscione. Richard Perkins. They worked for the Nuclear Regulatory Commission. The agency that is supposed to keep America safe.

They said three reactors could melt down in under 10 hours. They said the agency knew. And blacked it out.

This is not a movie. The plant is still running today. Under the same dam.

Larry Criscione was a risk engineer at the NRC. Government background. Military background.

His job was simple. Find the dangers before they kill people.

Then Fukushima happened.

March 2011. Japan. A wave hit a nuclear plant. Flooded it. Knocked out the power.

Three reactors melted down. The world watched in horror.

A flood. A nuclear plant. Disaster.

And everyone asked the same question. Could it happen here?

Inside the NRC, the answer was already written down.

Richard Perkins was another NRC engineer. In 2011 he led a report on flood risk at American nuclear plants.

The danger from upstream dams. Giant reservoirs sitting above reactors. Held back by walls of concrete.

One plant stood out. Oconee. South Carolina. Run by Duke Energy. Three reactors.

It sits below a giant dam. The Jocassee Dam. Just 11 miles upriver. A whole lake held back above the plant.

Perkins ran the numbers. If that dam failed, the water would come.

A flood. Around 19 feet high. Slamming into Oconee.

The plant’s flood wall was about 7.5 feet.

Do the math. The water goes right over it.

Criscione put it plainly in a letter. If the dam failed, all three reactors would melt down. In under 10 hours.

An American Fukushima.

And here is the part that should make your blood run cold. The NRC already knew.

Back in 2009 the agency told Duke in writing. A Jocassee Dam failure was a credible event.

After Fukushima, NRC staff said Oconee should survive a 19-foot flood.

Duke proposed protecting against 4.5 feet.

The NRC said okay.

Read that again. 19 feet of danger. 4.5 feet of protection. Approved.

Then they hid it.

When Perkins’ report went public, the scariest parts were gone. Blacked out.

The flood heights. The timelines. The odds of the dam failing. All redacted.

The NRC said it was for national security. So terrorists would not spot the weakness.

Perkins and Criscione did not buy it. They said it was not about terrorists.

It was about embarrassment. About liability. About hiding the danger from the people who lived near the plant.

So Criscione did something risky. 2012. He wrote a letter.

He sent it to the head of the NRC. He sent it to members of Congress. He attached stacks of documents. Dozens of letters between the NRC and Duke.

He said the public had a right to know what was being kept from them.

He was not alone. Perkins had spoken up. Another engineer, Jeffrey Mitman, raised the same alarm.

Even back in 2009, a deputy director inside the agency had filed a formal objection. Wrote that a dam failure was the single biggest risk to that plant. By far.

The NRC pushed back. Its spokesman said Duke had taken appropriate action.

Criscione called it double-speak. I think they are being dishonest, he said.

Then they came for him.

The NRC’s inspector general accused Criscione of leaking confidential information.

He was interrogated. By armed agents.

His case was referred to federal prosecutors. They looked. They declined to charge him.

He kept his job. But the message was loud. Speak up, and this is what happens to you.

Think about what these men risked.

They were the experts. The ones you trust to catch exactly this kind of danger.

Safe government jobs. Pensions. Careers. All they had to do was sign off and stay quiet. Let it stay blacked out.

They refused. They put it in writing. They sent it to Congress.

They told the world a dam could drown a nuclear plant and melt down three reactors in under 10 hours.

And the agency tried to bury them for it.

We don’t work for nuclear operators, Perkins said. We work for the American people.

It’s the two of us against the entire federal government, Criscione added.

Now here is the part nobody wants to sit with.

The dam has not failed. But nothing about the danger has changed.

Oconee still runs today. Three reactors. Still sitting below that lake.

The flood wall is still there. The water is still held back by concrete. And the warning is still buried.

If you live in upstate South Carolina, that lake is sitting above you right now.

These men stood by every word. They said the public was kept in the dark about a risk to their own lives. And they paid for saying it out loud.

The dam still stands above the plant.

And so does their warning.

Share this so the next person who lives near a reactor knows what their own government would not tell them.

Would you trust the agency that did this? Tell us below.

In this video, Dr. Rhonda Patrick reveals her top 5 supplements and discusses:

• Why she thinks vitamin D is the one supplement nearly everyone should be taking
• The supplement that reduces cancer risk
• The one supplement that can add 5 years to your life
• Are multivitamins actually worth taking?
• Why not getting enough of this one nutrient is just as bad as smoking

Download Rhonda’s free fish oil supplementation guide:
https://fmfomega3guide.com/

Click to view the video: https://www.youtube.com/watch?v=TawxFf1MBGc

(do high intensity ‘exercise snacks’ instead)

In this clip, Dr. Rhonda Patrick discusses:

• Why current exercise recommendations might be outdated
• Is vigorous exercise really that much better for longevity?
• Can simple “exercise snacks” cut your mortality risk by 40-50%?
• Is 10 minutes of intense exercise genuinely more beneficial than 10,000 steps?
• Does vigorous exercise uniquely protect against cancer?

Click to view the video: https://www.youtube.com/watch?v=GUXbN7O8WnY

Big Pharma is “terrified” of Vitamin D, and Dr. Pierre Kory says he could spend a whole hour on this topic.

Why so scared? Because “It threatens the DISEASE MODEL.”

A meta-analysis out of Italy found what happens when people take Vitamin D, and the results are staggering:

Looking at data from 19 different studies and 1.26 million individuals, the meta-analysis revealed:

• Vitamin D showed about a 60% effectiveness against the incidence of COVID-19 in randomized control trials.

• Vitamin D showed about 40-50% effectiveness in reducing the incidence of COVID-19 in observational studies.

• For preventing severe COVID-19 cases requiring ICU care, vitamin D supplementation was about 70% effective.

We didn’t need to lock ourselves inside for years, live in fear, and vilify our neighbors for not wearing a mask. That was literally the worst thing we could have done. All we ever needed was to go outside, get sunshine, and raise our vitamin D, and everything would have been so much better.

But the sunshine story goes far beyond COVID. You think you’re doing your health a favor by avoiding the sun? The data tells a very different story, and it starts with 29,518 women who did exactly that.

https://x.com/VigilantFox/status/2073754956608274466?s=20

Maltodextrin is the WORST ingredient hiding in your food!

It’s a refined starchy carbohydrate made by artificially bonding a cluster of sugar molecules. It’s highly processed and typically used as a filler in a wide range of packaged and processed foods.

Manufacturers use maltodextrin as a sweetener without having to list it as sugar on nutrition labels, allowing them to claim that a food is sugar-free despite significantly impacting blood sugar levels.

Dr. Eric Berg, DC, not MD; information only.

(Tom: I think I would challenge the good doctor on this one as being the worst. If Aspartame blew holes in the brains of mice during trials I think that takes a lot of beating!)

Given Cordycepin’s ability to downregulate NRP1 expression, it may warrant investigation as an adjunct therapy for Long COVID.

(Neuropilin 1 (NRP1) is a protein expressed by various cells in the body, including neurons, blood vessels, and immune cells. It binds to different types of extracellular ligands, influencing the development and functioning of organs. NRP1 is involved in signaling pathways, particularly in the brain and retina, and has potential as a target for therapeutics in the treatment of neovascular eye diseases.)

(A ligand is simply a molecule or ion that binds to a central entity—either a metal atom (in chemistry) or a receiving protein (in biology)—to form a larger complex. This binding triggers a specific chemical or physiological response.)

(In science, an ion is an atom or molecule that has a net electrical charge because it has gained or lost one or more electrons. Because they are electrically charged, ions play critical roles in everything from biological nerve impulses to battery technology.)

Finish reading: https://wmcresearch.substack.com/p/friday-hope-cordycepin-cd-from-the

If you have one of the following symptoms, you may be short on electrolytes.
Palpitations
Atrial Fibrilation
Fatigue
Muscle Weakness especially when exercising
Fluid Retention

Click to view the video: https://www.facebook.com/share/r/17yv5kwXUZ/