Aneutronic Jewelry

Posted by Rezwan on Jun 17, 2011 at 10:31 AM
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Bracelet Sold Separately

Alas!  We don’t have any bracelets to sell.  All we have is this one prototype. 

We’re preoccupied running a nonprofit pro-fusion organization and can’t make jewelry ourselves.  We’re hoping that the fusion loving jewelry makers out there will take charge! 

Jewelry makers take action

Feel free to use this design as inspiration, a point of departure, an actual model.  It’s all part of using different creative skills (in this case, jewelry design) in support of fusion.  Per the Fusion Consumer Products Campaign we’d love fusion themed Jewelry to become a staple design meme, and for people to start making money doing something with fusion.   

The jewelry serves educational purposes (especially if you add some sort of explanatory guide).  Stunning jewelry will also serve aesthetic purposes.  It may even serve cultural and social purposes.  Who knows, one day there will be a trend to get engaged with “fusion rings”.  Why get engaged when you can get fused? 

Donating a Portion of Revenue

As the market grows, so will revenue.  Fusion themed Jewelry can be linked to fundraising.  Donate a portion of revenue to the Focus Fusion Society.  There are many ways to do this.  Donate directly, or Sell on Ebay with us as the beneficiary. 

Explaining Aneutronic Fusion with a Bracelet:

Each bracelet, of course, must come with a stylish booklet explaining the aneutronic fusion process - specifically, proton Boron fusion.  Some copy to consider:

Proton and Boron (p + B₁₁)

Let the lone black bead represent a hydrogen nuclei, aka a proton, aka “p”.  Let the clump of 5 black and 6 silver beads represent Boron 11 (5 protons, 6 neutrons.)

Collision course

The proton hurtles towards the Boron.

Overcoming Strong Forces

The proton has to overcome strong forces to fuse with the B11.  Here we represent that barrier with a loop it has to push through.  (Alternatives to try, change the poles of magnetism on the beads?  This is an interesting jewelry engineering challenge.)

Carbon 12

The p and B11 nuclei fuse to temporarily form a carbon 12 nuclei.  This nuclei has a lot of energy. 

Crude Representation

Remember, this is jewelry, these are not actual nuclei.  It’s a metaphor.  I doubt the C12 nuclei would look like this.  Something to consider - in this design, only the “protons” are magnetic beads.  Perhaps if the “neutrons” were at least metal beads, they would stick to the “protons” better.  As it is, they are loose.  The interesting thing about neutrons is that, while they are electrically neutral, they do respond to nuclear forces which lets them bind to nuclei, should they collide with one.

C12 Comes undone

The Carbon nuclei has a lot of energy in it - it splits….(well, OK.  We unclasp it)

Alpha Particles

...into three alpha particles, also known as Helium ions, or He4 - two protons and two neutrons each.

3 Alpha Particles

And here they are, flying apart to produce electricity directly.

Actual Nuclei May Vary

This is just a jewelry sculpture, like a rosary to meditate on aneutronic fusion.  Actual nuclei in the midst of fusion would look and behave differently.  It’s hard to capture nuclear forces with beads.

Necklace or Bracelet?

Opened, the piece has several different ways of being clasped.  Variations on length are possible.

What about Deuterium Tritium Jewelry?

Like I said - we’re running a nonprofit here.  Our jewelry designing days are on hiatus.  It’s now up to you!  Feel free to design DT jewelry and let us know about it.  We’ll be happy to post links!