Tuesday, August 22, 2023

Why SuperConductor So Hard?




I think we get it. good luck on making a production process here.  We are still chasing a room temperature phenom and this is certainly getting close though.  

I am heartened by just how deep we are into the materials culture of all this.  Maybe we will find a way to fold the right stuff and separate it out.  

Now imagine we are looking at the external framework of a dark matter construct..  that alone explains why it is easier near absolute zero.


Why SuperConductor So Hard?

- take a bunch of Lead, burn it together with a bunch of Copper - make a crystal matrix with exactly ONE location where the Lead gets bumped off and replaced by a Copper atom - purely on a combinatorial basis, if this was happening every day, you'd be successful once a month (1 in 31)

 

-> Then line up multiples of these in one long line, to form the superconducting highway -> This highway is the 1-dimensional superconducting channel

 

-> So what researchers using the 6 author paper solid state synthesis method have are these fragments of superconducting channels blended through normal material -> each channel many times smaller than the width of a human hair... and not connected to one another


-> Meanwhile, Qcenter patents claim they have a method to make a vapor and deposit it as a thin film on a surface like a piece of glass -> This changes the concentration and purity of the substance and allows the superconductivity to emerge -> Remember! Superconductivity is the absence of things that slowdown the electrons. So a single obstacle, can block the entire tunnel.. making the electrons go the slow route

 

-> This is why, even though JH Kim has led us right to the brink, we are still unable to see the light.

No comments: