' MORE on BROWN'S GAS ...
You'll want to first listen to Dr Cowan's recent review of Pollack's paper on oxygen and electromagnétics, and his aversión to the use of the word, "electron" (which I share) and his writings on heart-as-a-pump.
I realize I have had the luxury of sitting on my ass listening, learning from David (and Dawn), George, Ira, the Bigelsens.and so many others in the "terrain camp." I have assumed, in the past, they know one another, as I know them after 5 years ...assume that they talk amongst themselves .... but they don't and as frustrating as that can be, perhaps it makes for better discovery for the citizen-scientist.
Ira and George aré lingering in 'germ-theory-speak' which Is immensely annoying.

PS. I am inhaling Brown's Gas as I listen to this interview ... @4% saturation for my bodyweight @639hz

PPS. @49. BG frequencies and hydrogen clean tissue and blood and therefore so-called "pathogens" revert and go away (pleomorphism). The language of "killing pathogens" Is vastly misguided. '

https://odysee.com/@David_Parker_and_Dawn_Lester:5/Wiseman-Podcast:a

t.me/HeatherRaeFunctionalHealth/13856 • t.me/BlessTheVacuum/5731

Real Memory • youtube.com/live/QKn6mYYmei4 • t.me/IntuitiveEdge/120

Aether Cosmology & The Final Experiment with Austin Witsit: https://www.youtube.com/watch?v=WCmkn-jWm-Y • https://t.me/IntuitiveArc/32

"Your community is unsafe for severely disabled individuals because you think your community is safe for severely disabled individuals but you can't be reached or don't have time to listen to severely disabled individuals." - Megan Elizabeth Morris, flic.kr/p/2kXinWN • t.me/MaxMoRadio/5980 • t.me/IntuitiveTraffic/2488

' You can't see this brain-computer interface.

Georgia Tech researchers have just shared a game-changing breakthrough: a nearly invisible brain-computer interface (BCI) that fits between hair follicles and sits just beneath the skin. No bulky headgear, no conductive gel – just a wireless sensor smaller than a millimeter, picking up brain signals with 96.4% accuracy, even while walking or running.

This ultra-tiny BCI uses microneedles to gently and painlessly penetrate the top layer of skin, getting closer to the brain’s electrical signals while avoiding hair – a smart workaround that drastically improves signal quality and reduces noise.

In tests, participants used this wearable sensor to control augmented reality video calls completely hands-free – just by focusing on visual cues. The interface tracked their neural activity for up to 12 hours straight, capturing which contact they looked at and helping them make or accept AR calls – all while staying fully mobile.
Why does this matter?

This technology could change daily life for people with disabilities, neurological conditions, or mobility challenges – giving them new ways to communicate, interact with technology, and regain independence. It also opens doors for everyday users to control digital devices with thought alone, potentially transforming how we engage with AR, VR, and smart environments.

Most BCI systems today are too bulky for daily use and struggle with movement. But this new design is small, stable, wireless, and wearable – opening doors to seamless brain-based control in real life.

This could be the future of human-machine connection – no wires, no discomfort, and no downtime.

Read the study: https://www.pnas.org/doi/10.1073/pnas.2419304122

📸Credit: W. Hong Yeo '

https://www.facebook.com/share/p/1ELrLsEURD/

' How to Find Direction Using Trees 🌳🧭

When lost without a compass, nature offers subtle clues to help you orient yourself. One such method is observing the way tree branches grow, particularly in temperate regions.

Key Concept:
🌞 The southern side of the tree (in the Northern Hemisphere) generally receives more sunlight throughout the year.
🌳 This causes branches on the south side to grow longer, fuller, and more horizontally, as they reach toward the light.
🌳 The northern side remains shaded, so branches are typically shorter, sparser, and more vertical.

How to Use:
1️⃣ Find a solitary tree in an open area — ideally not crowded by other trees.
2️⃣ Observe the branch growth pattern:
🔸 Longer, fuller branches → South
🔸 Shorter, thinner branches → North
3️⃣ Cross-check with other natural signs if possible:
🔸 Moss growth
🔸 Snow melt
🔸 Sun position (daytime), stars (night).

Important:
✅ Works best in the Northern Hemisphere.
✅ In the Southern Hemisphere, this pattern reverses (north-facing side gets more sunlight).
✅ Works better with older, open-grown trees.

Caution:
⚠️ Not foolproof — always cross-check with other navigation methods!

Credit:
Visual by @Prepper_Bushcraft — great natural navigation tip!

---

#NaturalNavigation #BushcraftSkills #SurvivalTips #WildernessNavigation #NatureSigns #FindYourWay #OutdoorSkills #PrepperBushcraft #WildernessAwareness #TreeNavigation '

https://www.facebook.com/share/p/1EyMTuAPY4/

MAHA, Wearables and the War for Embodied Consciousness

"How "Health Freedom" Now Embraces Digital Surveillance"

https://stylman.substack.com/p/maha-wearables-and-the-war-for-embodied