Superconducting helix penetration

[NEWO]

In the giant proximity effect of superconductors, the penetrating supercurrent can be modeled using bosons. During some project work, modeling this phenomena Using vortices, I was thinking, whether the bosons can penetrate the interface of the normal conducting material being modeled by a helix, or a cork screw motion, just like a drill head would penetrate into a lump of wood? Could this be a possible model??

 

[Gokul43201]

Could this be a possible model??

You have to describe the model. A model is different from an analogy.

If there is a model that I'm missing, how is it different from that of the regular Josphson effect? And does it work only when N is an underdoped cuprate?

 

[charng]

The concept of using bosons to model the supercurrent penetration in the giant proximity effect is an interesting one. While bosons are known to play a crucial role in superconductivity, their exact behavior in this particular scenario is still not fully understood.

As for the idea of using vortices to represent the penetration of the supercurrent, it is a valid approach as vortices are known to form in superconducting materials under certain conditions. However, it is important to note that vortices are not the only mechanism through which supercurrent can penetrate an interface. Other factors such as the geometry of the interface and the material properties can also play a role.

Regarding your analogy of a drill head penetrating into a lump of wood, it is important to keep in mind that supercurrent penetration is a much more complex phenomenon than simply drilling through a material. While the concept of a cork screw motion is intriguing, it is not an accurate representation of the behavior of bosons in this scenario.

In conclusion, while the use of bosons and vortices as models for supercurrent penetration in the giant proximity effect is a promising approach, further research and experimentation are needed to fully understand and accurately model this phenomenon.