Newton's Laws Cleaned Up

I've cleaned up Newton's Laws PDF and added a link on the right rail.  This is one of the older parts of the Theory but is also fundamental to most of the Classical Newtonian work and Pi-Space needs to support this.  I will also do a small video on this shortly.

Moving the Pi Space Physics Theory in to its own domain

I am in the process of moving the Pi-Space Physics Theory Web Site into its own domain.

That domain will be called pispacephysicstheory.com

I would like to break free from older domain which has served its purpose as an incubator location.

More cleanup coming

I am still working on my PodCast so while I am doing this, I'll do some more clean up of the Theory.

The next candidate for clean up are the Newtonian Laws.

I need to improve this as I want to map well established logical Newtonian ideas to the Pi-Space realm.

The planned date is next week.

I am hoping to have my Podcast Episode done by next week and begin work on the newer pieces.

Pitot and Venturi Formula Derivation In Pi-Space Video

Here is the video describing how to derive the formulas

I realize I need to provide a few worked examples.  It's on my list.

Next video on the way

I'll cover the Venturi and Pitot Tube piece next weekend and how this is approached in Pi-Space.

Bernoulli's Principle Video In Pi-Space

Here I cover the wave and particle approach to Daniel Bernoulli's Principle regarding Velocity and Pressure.

Video Before Super Conductivity

I'd like to do another YouTube video on the Bernoulli piece this weekend before proceeding with other pieces.

My main focus is on my Podcast (other project) at the moment.

It'll be quiet here for a little while.

What's Next... ?

I'll return to the "theory proper" now.

Super Conductivity.
Meissner effect.
Bose-Einstein Condensate.
Formalizing the Field using the WaveWithinWave notation.

PDF Updated

Ok I have updated the PDF.

**Deltas

-Planar Rig
-Carousel without slugs behavior

It's important to emphasize to see a moving liquid as a "liquid force".  That is to say, it's one of the best ways to project force and manipulate it according to the Pi-Space Theory.

Mostly people underestimate the power of a moving liquid, for example in storms you sometimes see folks swept off their feet by fast moving water, trying to wade across it.  The reason for this a lot of the time is we innately underestimate the power of a moving liquid.  Liquids can carry a tremendous amount of force.  They are efficient carriers of force.

Final point for now on this is that the lift is where the upward moving liquid strikes the lid of the container.  You want to force the liquid to go straight up.  Brute force. ----

Carousel Planar Rig Idea

Here's the basic idea.  Later I'll update the pdf and then this is done.

In order to produce planar lift in any direction, pairs of carousels are placed on a planar rig which can move in three dimensions.  The pair of Carousels produce spin and counter-spin, so they theoretically only produce an up-force in the direction of the plane. They are then balanced against one another.  Four pairs of two in the diagram shown.

There can be one or more of these on a craft.

Diagrams Tomorrow Then I'm Done With This Piece

Some diagrams tomorrow (hand drawn) on possible Carousel designs.

Then I'm done with this and PDF will follow.

The Requirement for Slugs In The Carousel

I didn't point this out but what happens if there are no slugs in the Carousel?

The answer is

1. There is a small amout of lift which tops out at a fixed RPM
2. As one increases RPMs the Carousel becomes unstable and starts to rotate a lot
3. The central point where the paddle is spinning evacuates all the water and almost spins without liquid

Therefore, we need the Slugs to keep the water circulating up and back into the center where the paddle is and complete the cycle.

Also the rotational energy is less with slugs.

Next Steps Skunkworks

I'll pull together a few high level ideas on placing one or more Carousels into a structure and then I'll update the PDF.  After that I'll move onto Superconductivity.