Dr. Piper @RickHall1956 - Twitter Profile

Don’t EVER forget that FEMA kicked ENTIRE FAMILIES out of their hotels and into the ice and snow in Western North Carolina… …while giving $59,000,000 to let illegal immigrants live in luxury hotels in New York City AND THEN THEY LIED ABOUT IT FOR MONTHS!!!!!!!!!!!!!!!!!

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Libertarian Bears fan.

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RickHall1956 retweeted

no.mind

@the_no_mind

7 days ago

An indoor gym eliminates every environmental input your mitochondria evolved to use during exercise. No sunlight. No infrared. No grounding. No cold exposure. Just blue light LEDs — the one input proven to undermine mitochondrial function. Here's what you're missing — and why it matters. 1. Sunlight + mitochondrial melatonin Most people think melatonin is a sleep hormone produced at night. It isn't. Mitochondria produce far more melatonin during the day when exposed to near-infrared light — orders of magnitude more than the pineal gland produces at night. Melatonin is a cascade antioxidant. One molecule neutralizes up to 10 reactive oxygen species. Step outside — even in winter — and half the spectrum is infrared. It penetrates clothing. It bounces off trees, grass, dirt, and clouds. Shade under a tree still delivers it. More daytime melatonin. Better sleep at night. Better post-workout recovery. Better disease resilience. But sunlight isn't the only environmental input modern gyms remove. 2. Grounding + recovery + muscle preservation The first direct grounding-mitochondria experiment ever published in June 2025 at University of California Davis found that grounding increased ATP production and reduced mitochondrial ROS simultaneously. Grounded mitochondria produced 5–11% more ATP. Grounded mitochondria produced 22–33% less ROS. But the recovery data is what most people haven't seen. In 2013, Paweł Sokal and colleagues studied grounding during exercise using a double-blind crossover design in 42 male subjects. What they found? Blood urea — a waste product created when the body breaks down protein — was significantly lower in grounded subjects at every measurement point: Before exercise. 15 minutes into exercise. 30 minutes into exercise. 40 minutes into recovery. Lower blood urea = less protein being broken down for energy. More of what you eat goes toward building muscle instead of being burned. Then in 2019, Dr. Erich Müller and colleagues at the University of Salzburg and the Austrian Olympic Training Center tested 22 male athletes. The grounded group also showed faster recovery, less decline in strength, better jump performance, lower creatine kinase — meaning less muscle damage — and lower inflammatory markers throughout recovery. Grounding is one of the most effective recovery tools ever tested for delayed onset muscle soreness. Your gym has rubber floors. And recovery isn't the only thing outdoor environments improve. 3. Cold exposure + seasonal adaptation A 2015 Dutch study: type 2 diabetics spent 6 hours a day at 14–15°C in T-shirts and shorts for 10 days straight. Insulin sensitivity improved by 43%. Higher fat oxidation. Better metabolic flexibility. Training outdoors in winter delivers this automatically. No ice bath protocol required. But indoor gyms don't just remove beneficial environmental inputs. They actively add a harmful one. 4. Blue light undermines mitochondrial function Dr. Glenn Jeffery — Professor of Neuroscience at University College London — has spent over a decade studying how light affects mitochondrial function. Here is what he found. Mitochondria absorb strongly at 420nm — triggering ROS and lowering energy output. Blue light spikes heart rate, drops blood pressure, and stresses your cells. In sunlight, infrared balances blue light. In indoor LEDs, there's only blue — no balance. Mice exposed to 420–450nm blue light — the same intensity most people get from indoor LEDs — gained weight within a week. Their cytokines shifted, metabolism disrupted, anxiety-like behavior emerged. The retina didn't recover immediately. You might ask: "Okay, but these are mice. Why didn't he test it in humans?" He can't. According to Jeffery, blue LEDs impair mitochondrial function so severely that he would not receive ethical approval to test it in humans. That's what you're training under every time you go to the gym. 5. Calisthenics — no gym required Everywhere you travel you will find pull-up bars and dip bars. Every city I visited. Every country I travelled — I was always able to find them. Finding the calisthenics area in a new city is an adventure in itself. The community is unlike anything you find in a gym. Open. Welcoming. You instantly connect with locals — no language barrier required. Just show up, start doing pull ups, and you belong. You make new friends everywhere you go. You train in the sun. You move the way your body was designed to move. No membership. No rubber floors. No LEDs. The result A client in his 50s brings his 15-year-old son to our Sunday outdoor training group. His son's exact words about his classmates: "All the guys I know in school who hit the gym, count macros — still little progress. I think it's the blue light." At 15, training 1-2x per week outdoors, he's in peak shape. 2 ring muscle-ups. 16 pull-ups. His environment is dialed in. Progress made with less effort. Because everything works in unison, not against each other. Take your training back to the environment your mitochondria evolved to navigate.

the_no_mind's tweet photo. An indoor gym eliminates every environmental input your mitochondria evolved to use during exercise.

No sunlight. No infrared. No grounding. No cold exposure.

Just blue light LEDs — the one input proven to undermine mitochondrial function.

Here's what you're missing — and why it matters.

1. Sunlight + mitochondrial melatonin

Most people think melatonin is a sleep hormone produced at night.

It isn't.

Mitochondria produce far more melatonin during the day when exposed to near-infrared light — orders of magnitude more than the pineal gland produces at night.

Melatonin is a cascade antioxidant. One molecule neutralizes up to 10 reactive oxygen species.

Step outside — even in winter — and half the spectrum is infrared.

It penetrates clothing. It bounces off trees, grass, dirt, and clouds.

Shade under a tree still delivers it.

More daytime melatonin. Better sleep at night. Better post-workout recovery. Better disease resilience.

But sunlight isn't the only environmental input modern gyms remove.

2. Grounding + recovery + muscle preservation

The first direct grounding-mitochondria experiment ever published in June 2025 at University of California Davis found that grounding increased ATP production and reduced mitochondrial ROS simultaneously.

Grounded mitochondria produced 5–11% more ATP.
Grounded mitochondria produced 22–33% less ROS.

But the recovery data is what most people haven't seen.

In 2013, Paweł Sokal and colleagues studied grounding during exercise using a double-blind crossover design in 42 male subjects.

What they found?

Blood urea — a waste product created when the body breaks down protein — was significantly lower in grounded subjects at every measurement point:

Before exercise.
15 minutes into exercise.
30 minutes into exercise.
40 minutes into recovery.

Lower blood urea = less protein being broken down for energy.

More of what you eat goes toward building muscle instead of being burned.

Then in 2019, Dr. Erich Müller and colleagues at the University of Salzburg and the Austrian Olympic Training Center tested 22 male athletes.

The grounded group also showed faster recovery, less decline in strength, better jump performance, lower creatine kinase — meaning less muscle damage — and lower inflammatory markers throughout recovery.

Grounding is one of the most effective recovery tools ever tested for delayed onset muscle soreness.

Your gym has rubber floors.

And recovery isn't the only thing outdoor environments improve.

3. Cold exposure + seasonal adaptation

A 2015 Dutch study: type 2 diabetics spent 6 hours a day at 14–15°C in T-shirts and shorts for 10 days straight.

Insulin sensitivity improved by 43%.
Higher fat oxidation.
Better metabolic flexibility.

Training outdoors in winter delivers this automatically.

No ice bath protocol required.

But indoor gyms don't just remove beneficial environmental inputs.

They actively add a harmful one.

4. Blue light undermines mitochondrial function

Dr. Glenn Jeffery — Professor of Neuroscience at University College London — has spent over a decade studying how light affects mitochondrial function.

Here is what he found.

Mitochondria absorb strongly at 420nm — triggering ROS and lowering energy output.

Blue light spikes heart rate, drops blood pressure, and stresses your cells.

In sunlight, infrared balances blue light.

In indoor LEDs, there's only blue — no balance.

Mice exposed to 420–450nm blue light — the same intensity most people get from indoor LEDs — gained weight within a week.

Their cytokines shifted, metabolism disrupted, anxiety-like behavior emerged.

The retina didn't recover immediately.

You might ask:

"Okay, but these are mice. Why didn't he test it in humans?"

He can't.

According to Jeffery, blue LEDs impair mitochondrial function so severely that he would not receive ethical approval to test it in humans.

That's what you're training under every time you go to the gym.

5. Calisthenics — no gym required

Everywhere you travel you will find pull-up bars and dip bars.

Every city I visited. Every country I travelled — I was always able to find them.

Finding the calisthenics area in a new city is an adventure in itself.

The community is unlike anything you find in a gym.

Open. Welcoming. You instantly connect with locals — no language barrier required.

Just show up, start doing pull ups, and you belong.

You make new friends everywhere you go.

You train in the sun.

You move the way your body was designed to move.

No membership.

No rubber floors.

No LEDs.

The result

A client in his 50s brings his 15-year-old son to our Sunday outdoor training group.

His son's exact words about his classmates:

"All the guys I know in school who hit the gym, count macros — still little progress. I think it's the blue light."

At 15, training 1-2x per week outdoors, he's in peak shape.

2 ring muscle-ups. 16 pull-ups.

His environment is dialed in.

Progress made with less effort.

Because everything works in unison, not against each other.

Take your training back to the environment your mitochondria evolved to navigate.

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RickHall1956 retweeted

Johnny Midnight ⚡️

@its_The_Dr

12 days ago

How did he not get this right? 😂🤣😂

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Dr. Piper @RickHall1956

13 days ago

@FTL_Bonnie Gallivanting like Mark?

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Dr. Piper @RickHall1956

15 days ago

We stand with the Irish!

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Dr. Piper @RickHall1956

15 days ago

@RealJamesWoods I agree. A bronze statue both there and in Glasgow.

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Dr. Piper @RickHall1956

15 days ago

@TRHLofficial @ElofsonJess @Nicksdankmemes3 Josie this is pure gold!

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Dr. Piper @RickHall1956

19 days ago

@FTL_Bonnie @PopBase Def cute but she can also give you the stink eye and the side eye. ;’)

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Dr. Piper @RickHall1956

19 days ago

@FTL_Bonnie @PopBase She has heterochromia…one blue,one brown!

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Dr. Piper @RickHall1956

19 days ago

@FTL_Bonnie @PopBase Phoebe Fairy Princess says “Really?”

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RickHall1956 retweeted

Crystal Hope

@CrystalHope1979

21 days ago

🚨 I-75 in Chattanooga just turned into an unscheduled fireworks show! 🔥 A truck full of fireworks caught fire on the freeway near Ooltewah and started launching them everywhere like nature decided to celebrate early. No injuries reported, but traffic was wild. Who else is glad they weren’t stuck in that lane? 🥴 🇺🇸