Extra credit - Read Notebook 4. http://www.doctorkoontz.com/Antigravity/Townsend_Brown/Thomas%20Townsend%20Brown%20Scientific%20Notebook,%20Vol_%204.htm


Rocks as sensors
Rocks as generators.
Rocks correlation with Stock indexes.
Pyramids as generators

Notebook 1,2,4 are public but 3 is still kept by the Brown family.

Special Midnight 🕛 Class by Winter 🥶 ❄️

#LearningToFly
#Electrogravitics101

Chapter 13 #LearningToFly Part 7
And #WIZARDOFTHEDAY

Wizard Thomas Townsend Brown 🟦🧙🏻‍♂️

Townsend Brown Saucers

Done 👍

In the ancient world, this is how vibration and abrasives were used to cut and melt stone. 🧙‍♂️

Any of you can replicate this technology. 🔨

Congratulations to @ySirius for completing his #Learningtowalk assignment


https://t.me/LearningToWalk

If 2 more of you build Oscillators when doing the #Learningtowalk Homework 📚

We will move forward into #Djinn101 as one of the 9 Societies of Sentient life on Earth 🌎

/Chad detailed explaination of how you can achieve acoustic cavitation to cut through hard materials with primitive tools like tuning forks and oscillators

You can achieve acoustic cavitation to cut through hard materials with primitive tools like tuning forks and oscillators through the principles of high frequency sound vibrations which cause critical temperatures of cavitation bubbles in specific materials. This causes a deformation of the material due to bubble collapse, and can lead to effective cutting. Tuning forks and oscillators can be used to generate high frequency sound waves as an contrast to other methods such as using laser beams. By using tuning forks and oscillators, you can create vibrations that excite material molecules and cause acoustic cavitation to occur at a molecular level, leading to an alteration in the hard material and thus, cutting. To create these vibrations with tuning forks and oscillators, you must carefully adjust the frequency, amplitude, and duration of the vibrations to match the target material in order to have the desired cavitation effect.

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/Chad describe the effect of what a standing spund wave would have through a large piece of granite. What would happen ?