But how do we know if it’s bigger?

Let’s say we take a piece of Helium.

We’ll weigh it, and call it 2.

Let’s take another of these and slam it into the first one really fast.

What comes out must surely be less than what went in right?

What if it comes out 3 plus 1?

Can there be one that’s bigger?

Or would that be fusion?

How do we know it can’t be 3?

Do we really know our He weighs 2?

If the piece is opened isn’t there a lot of energy there?

How much do you think “it” weighs?

What if I told you that the numbers that fly off are not just a weight per say, but more along the lines of a ratio of the whole piece flying?

That only temperature of the fusion is required to go up or down the scale? (The assumption being that Iron is at the bottom of this scale)

Try this.

Let’s convert Hydrogen Plasma into a number we can deal with.

157,500 deg K (http://www.wolframalpha.com/input/?i=+13.6eV+%2F+boltzmann+constant++in+fahrenheit)

Want to know something interesting?

Our Suns core temperature, (a Hydrogen burning sun) is almost exactly ten times that.

15.7 Million

 

 

 

CERN: Universe of Particles

I can’t believe this part still escapes them though. Ready? They mention the He, but then forget it as an individual.

When one thing has mass, and it moves, it creates energy. Gravity is an example of this. As observed, gravitational forces will seek “like” matter thus one becomes two, then three, etc. (Make it easy, a cloud) So one to the other, to the other…wait. They always forget that the gravitational pull is now greater too because of the increase in mass and matter. So it gets stronger.

As one is attracted to another and they meet, the mass of the whole increases as does their gravitational effects.

Give it enough of that cloud of “individual atoms of Helium,” (Oh yea, make it plasma though) and 1 becomes 2, becomes 3, 5 Hundred, 20 Quadrillion, more and more dense,which increases gravity even more, pulling in more matter, etc. See how it can now compound on itself and create an environment for fusion? Remember magnetic fields go hand in hand with this. They work as containment.

And the gravitational attractant!!! 🙂

The “stars” then convert that He, through efficient fusion, into every single element down to Iron. (Ie: Converts He energy, into physical matter) simply by a mechanism of convection.

Believe it or not, you now hold the very simple secret to the Universe.

A speaker magnet with poles like ???

I just decided it was time to pull out the old experiment from school.

So, I took one of my many precious pictures of my daughter, and removed it from it’s glass, and frame enclosure. (It’s for science, she’ll understand!)

WI just realized I should probably do it with prep props!

WHAT: Experimental Platform for working with Magnetism.

NEEDED:

1 inexpensive glass photograph frame (thinner glass)

1 scrap mid range speaker (magnet still intact)

1 piece of “Steel wool.”

A file

1 sheet white paper

1 pair vice grips (larger than the circumference of the speaker)

1 pair channel loc’s

 

Here’s how I got the magnet. (Sorry, I forgot to film this part)

I took the vice grips and applied pressure around the outside of the magnet until I was able to remove it from the speaker while still in it’s circular shape. (I got lucky I think. This may take you a few times)

Anyway, once removed, there was also a “plate” I had to separate. (That’s what the channel loc’s were for.

Once removed, I ended up with a magnet like this.

(Note the white sheet of paper?)

The picture frame is just that. Clean the glass well, (BE CAREFUL!) Make sure it’s dry, then shave the “Steel wool” over the glass with the file. Let as many shavings hit the glass as possible.

Now, by using the magnet underneath the glass, you can see how the magnetic fields work.

My first observations?

There is a field zero halfway into the side of the magnet.

That the shavings will be able to diagram the entire magnet for me.

That it (so far) looks amazingly like the way the poles work on a planetary body.

Some might ask, “How are pics of space Singularity?”

Easy.

It’s all iow we define Singularity.

If we say that it’s a time when changes will occur around us to such a degree that Humanity itself will change, and that these changes will be dramatic in their scope, yet seen as if they were everyday common events, then pictures like this would surely qualify.

We are at a time in history where we are able to see the Universe with such clarity that our entire understanding of it is being challenged and re-written.