New Energy Part 3: The Science - Introduction

New Energy for an Ultramodern Vietnam

Part 3: The Science

June 2014 Saigon New Energy Group

Congratulations on completing Parts 1 and 2 of our New Energy seminar!

Now, you have a basic idea of what New Energy

is and what we can use it for.

You also have an understanding of who has worked on New Energy science over the last century and why you don’t normally hear about it in the news or your textbooks.

In part 3, we will be getting into the details of New Energy Science. As you are a scientific audience, we hope you will enjoy this.

Our discussion of New Energy Science will attempt to answer 4 questions:

(1) How do we know Zero Point Energy (ZPE) exists?

In this section, we will undertake an overview of the theoretical underpinnings of “New” or Zero Point Energy

(2) How does the existence of ZPE help us improve our understanding of Nature?

In this section, we will look at how New Energy Science calls on us to update our understanding of what textbooks typically teach about the world we live in

(3) How can we access ZPE?

In this section, we will look at various methods scientists are using to extract ZPE from the vacuum of space

(4) What can we do with ZPE?

In this section, we get into the fun stuff – This is where we talk about all the wonderful technologies that New Energy will make possible

Question #1 – How do we know that Zero Point Energy exists?

In total, we have identified 12 key theories in physics that are fundamental for any scientist wishing to develop New Energy applications

They are:

1. Eleven-dimensional Multiverse theory2. Subquantum kinetics3. John Wheeler’s concept of the “quantum

foam”4. Quantum electrodynamics5. The Casimir Effect6. Electrogravitics

They are:

7. Electrokinetics8. Electrostatics9. Traditional Low-energy Nuclear Reactions

(LENR)10. Water cavitation (second type of LENR)11. Quantum ratchets12. Torsion physics

Before we get into these 12 key theories of modern physics, I’d like to ask you to keep in mind a few basic premises.

We will be exploring quite a lot of material in this section. If it seems

too much to take in all at once, don’t worry.

This Powerpoint will be available to you as a resource to go back and look up things that didn’t make

sense the first time around.

Many of the physics theories we will discuss today are still hotly debated.

As you know, physicists love a good argument! And that is good for the

advancement of science.

In today’s presentation, we will not attempt to defend the validity of all these theories against every argument of their detractors;

HOWEVER, we do wish to point out that the New Energy scientists who have been successful in developing new technologies in electricity production, propulsion,

healthcare, agriculture, etc. have attributed their success to THESE THEORIES

And therefore we consider these theories to be good places for scientists and engineers like yourselves to start if you are new to the New Energy field.

As always, keep a critical but open mind as you continue on your exploration of Nature!

The academic field of physics would be very happy if you could help to correct, refine, and add to these theories.

Unfortunately, many of these theories are not widely discussed in textbooks.

That is mostly due to the campaign led by the petroleum and nuclear (fission) power

industries to prevent the development of energy technologies that would make their

approaches obsolete.

A major goal of SNEG is to make information about discoveries in New Energy physics available to the Vietnamese scientific community so that the holes or gaps in the

textbooks can be plugged.

We hope you will visit our web site

www.nangluongmoisaigon.org

to keep up to date on new developments in the world of New Energy science

As we go through the fundamental physics of New Energy today, please consider this like a “movie trailer” that gives you a preview of what these theories entail. We don’t have the time or the expertise to discuss them thoroughly, but we will help you undertake a

more thorough study of them if you would like.

With those caveats out of the way, let’s begin!